Oil discoveries prompt greater speculation in East and Central Africa regions.

The expansion of the Speculation and Vacancy Tax will help eliminate speculative real estate practices and turn empty units into homes for people in additional communities in B.C. struggling with housing affordability.

Learn more: news.gov.bc.ca/27202

India's heading immediate offering organization Eureka Forbes, which is into a significant residential and mechanical purging framework assembling organization offering Franchise Model of Aquaguard with the Low speculation plan. Aquaguard the best purifier in the wake of checking the business sector they present idea of AQUAGUARD WATER STATION/ATM Franchise. In this idea Aquaguard water stations will be open into 100 to 150 sq.ft zone with the venture of Rs. 6 lac just this idea is to begin and run a business at a low speculation and the favored area is UP-East, UP-West, Uttrakhand, Delhi-NCR, Haryana, Punjab, and Rajasthan.

Eureka Forbes has a scope of water cleaning and home cleaning items through a system that has quickly spread to include in excess of 15,000 merchants crosswise over in excess of 1,800 urban communities and towns crosswise over India.

Everlastingly expanding prerequisite for immaculate water and mindfulness among individuals to keep away from dirtied water has included to development of water cleansing organizations for expanding their achieve so they picked establishment course which will help buyer to get refine water at doorstep.

Why hold hands with Eureka Forbes?

Rs. 10 billion multi-thing, Multi-channel Corporation – some bit of the Shapoorji Pallonji Group

In overabundance of 7,000 specialists

Pioneers in family unit and mechanical Water Purification Systems, Vacuum Cleaners, Air Purifiers & Security Solutions

Pioneers in Direct offering – Asia`s Largest Direct Sales Organization

Profits of Association:

Complete access to fruitful Franchise model

Amazing rates of return (ROI)

Rumored made brand name right to utilize

Field backing is available for franchisee

Course & assistance from the head office while opening the foundation

Foundation Facts:

Speculation: Rs. 6 lac to 7 lac

Obliged Area: 100sqft to 150 sq ft

Franchisor Support:

Promoting & Sales Support

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On the off chance that you are taking a gander at turning into a piece of this developing industry, then franchising is the most lucrative approach to kick set off with, as it offers you a feeling that all is well with the world to claim and run a business of your own.

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For more visit site page: www.franchisezing.com/franchise/tag/eureka-forbes-franchise/

How Architecture Learned to Speculate

Mona Mahall and Asli Serbest

December 2009

For the first time, the speculative in architecture becomes a topic of critical research. It is investigated, not as idealistic but as strategic acting within endless modernity. This modernity implies that speculation, as strategic acting, is not only applied to economic, but also to political, and aesthetic values. The consequences? Values become mobile, valuations become a play with high and low, authors (architects) become winners or losers, and culture becomes fashion.

Including projects by Michael Najjar, Matthieu Laurette, NL Architects, PARA-Project, visiondivision, MVRDV, Aristide Antonas, David Schalliol, Kevin Bauman, FAT, David Trautrimas, JODI, Bernard Gigounon, Ralf Schreiber, Gitta Gschwendtner, Pascual Sisto, Darlene Charneco, Seyed Alavi, Helmut Smits, Ant Farm, 100101110101101.ORG, Caspar Stracke, and OMA.

ISBN: 978-3-00-029876-9

Number of pages: 246

Measurements: 19 x 12 x 1,1 cm

www.igmade.net/order.html

The garden of cosmic speculation

On the day of a key European parliamentary vote on food speculation, campaigners from Campact, Friends of the Earth Europe, SOS-Faim and the World Development Movement lay out 925 pots and pans outside the European parliament. 925 represents the number of people hungry in the world today. Campaigners also present a petition with 100k signatories to key Euro MPs.

There is some speculation that The Ravager’s extraordinary character can be attributed to the caul that shrouded his face at birth and so disfigured him that, upon first sight, the midwife shrieked and dropped the infant to the flagstones. What is perhaps even more peculiar about the Ravager’s madness is the twin sister who is the very epitome of civility. Her study of Japanese flower arrangement, however, did not prevent her generous heart from embracing her half-wild brother. She often slipped bits of candied fruit and pickled meats beneath the door of the attic in which he was kept chained, and those gifts are very likely all that salvaged the last few scraps of this odd creature’s humanity.

After the death of his parents, The Ravager was released from bondage by his sympathetic twin, and loosed upon an unsuspecting populace. Damage to town property and local livestock, however, necessitated his continued confinement, and the lighthouse perched upon the promontory was deemed the most appropriate locale. Here, the lighthouse’s kindly keeper taught him the rudiments of human speech (imparting, too, a barely decipherable Scottish brogue), and instructed him in the operation of the great light. Against all expectations, the Manbeast was able to find peace in tending the beacon, and spent hours at a stretch gazing out across the black and stormy waves as if searching for an answer to the mystery of his own stormy mind. Indeed, his hunchbacked and haunting figure became a fixture, silhouetted against the shining lamps, and passing sailors came to see him as an omen – though whether auspicious or demonic was a matter of unresolved debate.

The Pastime Athletic Club recruited the Manbeast in preparation for an expedition across the fickle Bering Strait, since his tendency to become agitated before the onset of inclement weather made him as effective a barometer as any device crafted by the hands of man. His impressive size and strength proved furthermore to be a sound protective asset when the expedition happened upon a beach of walrus bulls at the height of rutting season.

Although The Ravager does still lapse into occasional bouts of violence, he has become for the most part a docile creature, willing to contribute to the well-being of the team with nary a shred of personal conceit.

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

Artificial intelligence offers plenty of room for speculation about the future. What is certain is that this technology has already changed our everyday life in far-reaching ways and will continue to do so. We have already been supported by algorithms in a wide range of areas such as autonomous driving, security technology, marketing or social media for a long time. Artificial intelligence is even used to create works of art. But how many of our tasks do we want to outsource to machines? No other development in our time poses such a clear question about how we want to employ our technological means in a societal context.

Credit: Philipp Greindl

Speculations and observations are so enjoyable when done together. Two souls made for each other. True bonding in every sense.....

© Images by Waqas-Z

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There has always been some speculation about my mother-in-law being a bonifide witch, but without dunking her in the stream to see if she floated I never got the proof I needed..........Until this weekend when I set up a cheeky camera to catch the action in which my son, Jake was shocked to see someone actually flying around the garden.

Admittedly it was on a plastic rake, but just imagine the damage that could have been done on a real broom...

A diptych illustration of the tower with main features and data points, and a speculation of the attachment of solar energy leaves to the framework.

en.wikipedia.org/wiki/Tokyo_Skytree

"...Tokyo Skytree (東京スカイツリー Tōkyō Sukaitsurī?) is a broadcasting, restaurant, and observation tower in Sumida, Tokyo, Japan. It became the tallest structure in Japan in 2010[2] and reached its full height of 634.0 metres (2,080 ft) in March 2011, making it the tallest tower in the world, displacing the Canton Tower,[3][4] and the second tallest structure in the world after Burj Khalifa (829.8 m/2,722 ft).[5]

The tower is the primary television and radio broadcast site for the Kantō region; the older Tokyo Tower no longer gives complete digital terrestrial television broadcasting coverage because it is surrounded by high-rise buildings. Skytree was completed on 29 February 2012, with the tower opening to the public on 22 May 2012.[6] The tower is the centrepiece of a large commercial development funded by Tobu Railway and a group of six terrestrial broadcasters headed by NHK. Trains stop at the adjacent Tokyo Skytree Station and nearby Oshiage Station, and the complex is only 7 km (4.3 mi) north-east of Tokyo Station..."

Artificial intelligence offers plenty of room for speculation about the future. What is certain is that this technology has already changed our everyday life in far-reaching ways and will continue to do so. We have already been supported by algorithms in a wide range of areas such as autonomous driving, security technology, marketing or social media for a long time. Artificial intelligence is even used to create works of art. But how many of our tasks do we want to outsource to machines? No other development in our time poses such a clear question about how we want to employ our technological means in a societal context.

Credit: Philipp Greindl

Speculation about GMO corn, or what should be the reason to put a warning sign and a powered wire around a cornfield ...

Let's replace speculation with facts. Far from being a left-winger, Jared Loughner appears to be a registered Republican. While Congresswoman Gabrielle Giffords is still alive so far, we know that Loughner is the assassin of Judge John M. Roll, a nine-year-old girl whose grandfather will blame himself forever, and a harmless, church-going pensioner who died shielding his wife from bullets.

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

zakgroup.co.uk/

Inspired by the global speculation of the 2012 phenomenon, REVELATION puts light on the Egyptian’s belief in the renewal of mankind during the catastrophic event. The belief in the new way of life influenced the collection’s vision to challenge and push the boundaries of menswear. Egyptian gods are personified by fashionably reincarnating them into modern day “street gods”. It resurrects the divinity and opulence of ancient Egypt through OTT (Over The Top) sensibility and striking DIY aesthetic in street art and fashion. The street gods are envisioned to be transported right into Japan, 2012, living and breathing the air in the streets of Harajuku where the very aspect of OTT flair is celebrated and desired. Exploring specially into the experimental spirit of the Japanese street style, the pieces were made in a mélange of opposing elements, unconventional silhouettes, clashing hues and materials which bears the iconic essence of the ancient Egypt. This collection aims to retain achaotic equilibrium while simultaneously fabricating a booming visual orgasm: A revelation exhilaration.

Upper West Side, Manhattan, New York City, New York, United States

The 104 Riverside Drive House, originally designed by well-known architect and developer Clarence F. True, was built on speculation in 1898- 99 as one house of a picturesque group of six houses on the southeast corner of Riverside Drive and West 83rd Street. Today the 104 Riverside Drive House is architecturally significant and as one of the five extant houses in this group represents the first period of development on Riverside Drive. True designed several hundred houses, primarily in groups, on the Upper West Side in the years between 1890 and 1901, and was largely responsible for promoting the development and establishing the character of lower Riverside Drive. The houses in the group at Riverside and West 83rd Street were designed in True's signature "Elizabethan Revival" style based on French and English Renaissance prototypes and built by True's development firm, the Riverside Building Company; they are the northernmost of True's designs built along the Drive. The design of the L-shaped 104 Riverside Drive House is characterized by such picturesque elements as contrasting light orange Roman ironspot brick and limestone facing, round-arched and rectangular windows, keyed surrounds, decorative stonework, quoins, a prominent chimney, and a side courtyard. This house was originally designed with a projecting bowfront and a low stoop, but these features (along with those of the adjacent houses) became the focus of an interesting legal controversy several years after construction. As the result of a lawsuit brought by an adjacent property owner, the court ruled in 1903 that no one had the authority to place permanent encroachments onto public thoroughfares, and the owners of the houses in the True group facing onto Riverside Drive were thus ordered to remove the proj ections. In 1911 the main facades were removed and rebuilt to follow the diagonal of the Riverside Drive property lines. No. 104 (owned by architect Frederick W. Winterbum) was rebuilt with the original materials by the firm of Clinton & Russell (for which Winterburn worked) so that today, although it reflects the work of two architectural firms, it basically remains a modified version of the original picturesque Elizabethan Revival design.

The Development of Riverside Drive--

The Upper West Side, known as Bloomingdale prior to its urbanization, remained largely undeveloped until the 1880s. In the early eighteenth century, Bloomingdale Road (later renamed the Boulevard and finally Broadway in 1898) was opened through rural Bloomingdale and provided the northern route out of the city which was then concentrated at the southern tip of Manhattan. The Upper West Side was included in the Randel Survey of 1811 (known as the Commissioners' Map) which established a uniform grid of avenues and cross streets in Manhattan as far north as 155th Street, although years elapsed before streets on the Upper West Side were actually laid out, some as late as the 1870s and 1880s, and the land was subdivided into building lots. Improved public transportation to the area contributed to the growth and sustained development of the Upper West Side, particularly the completion in 1879 of the Elevated Railway on Ninth Avenue (renamed Columbus Avenue in 1890).

The biggest boost to the development of the West End (the area west of Broadway), however, was the creation of Riverside Drive and Park (a designated New York City Scenic Landmark). The presence of the Park and Drive was an important factor in making this area desirable for high-quality residential development. In 1865 the first proposal for converting the land on the Upper West Side along the eastern shore of the Hudson River into an ornamental park had been presented by Park Commissioner William R. Martin. The purchase of the park site and initial plans were approved in 1866. The drive, as proposed at this time, was to be a straight 100-foot wide road; however, this plan was impractical due to the existing topography. Hired by the Commissioners in 1873, Frederick Law Olmsted (1822-1903), already distinguished by his collaboration with Calvert Vaux (1824-1895) in the successful design for Central Park, proposed an alternate scheme. Olmsted's design for Riverside Park and Drive took into consideration the pre-existing topography, landscape possibilities, and views, resulting in a park and drive that would be amenable for horses and pleasure driving, would provide shaded walks for pedestrians, and would also allow easy access to and scenic vistas from the real estate bordering it on the east. Olmsted's plan was adopted by the Commissioners but the park was not executed under his supervision, due to his departure from New York City; it was actually developed between 1875 and 1900 by other designers including Vaux, Samuel Parsons, and Julius Munckwitz, who did not adhere to Olmsted's original scheme in its entirety. By the fall of 1879, work was completed between 72nd and 85th Streets, and Riverside Avenue (as it was called until 1908) was opened to the public in 1880.

The Drive, from West 72nd Street to approximately 129th Street, where it is effectively terminated by the viaduct and the Manhattanville fault, has a particularly strong character derived from its curves that break with the regular street grid and its location overlooking the park and the Hudson River. Riverside Park and Drive fulfilled the Park Commissioners' plans for promoting the development of the area west of Broadway. The numerous and exceptional advantages of the location, namely, its situation on a plateau, its "advantages of pure air and beautiful surroundings, glimpses of New Jersey hills . . . [and] the nearness of parks," assisted in making the area along Riverside Drive prime real estate, deserving of the highest character of residential development.

Development of the West End began slowly due to speculation, the hesitation of developers, and to the relative inconvenience of transportation compared to the area east of Broadway. By 1885, however, the whole Upper West Side had emerged as the area, in the city experiencing the most intense real estate speculation. The expectation that the blocks along Riverside Drive and West End Avenue would be lined with mansions kept the value of these lots, as well as adj acent land, consistently higher and developers were willing to wait to realize profits from the potentially valuable sites.

The initial development along Riverside Drive mostly took the form of single-family town houses and rowhouses, although some freestanding mansions were built there. luxury apartment buildings, as they gained in popularity toward the turn of the century, also appeared. Most of the single-family residences on the Upper West Side were speculatively-built rowhouses; along West End Avenue and Riverside Drive the houses tended to be larger and more elegant than those on the side streets. Architect-developer Clarence True, who characterized the Drive and its vicinity as "the most ideal home-site in the western hemisphere — the Acropolis of the world's second city, was largely responsible for the promotion of lower Riverside Drive as an attractive residential thoroughfare and his work there, like the group at 83rd Street, did much to establish the character of the area in the 1890s.

Clarence F. True and the Elizabethan Revival Style^

Clarence Fagan True (1860-1928) was a prolific and well-known architect (and later architect-developer) who designed, almost solely, rowhouses and town houses and practiced mainly on the Upper West Side of Manhattan during the years from 1890 to 1901. Born in Massachusetts, he came to New York City in 1880 and was trained in the office of Richard M. Upjohn beginning around 1881; he was listed in directories in 1884 and established his own firm in 1889. True received his commissions primarily from speculative builders and developers who were rapidly constructing houses throughout the Upper West Side. True is documented as having designed at least 270 houses on the Upper West Side, the majority located west of Broadway between 71st and 107th Streets. Diverse and eclectic in architectural style and massing, these houses contribute greatly to the architectural character of the Upper West Side. He also designed some twenty houses in Harlem, including several now located in the Hamilton Heights and Mount Morris Park Historic Districts. In 1893 he published a prospectus of his work, Designs of 141 Duelling Houses, in which he stated his aim of creating distinctive well- designed houses, both in interior plan and exterior appearance, that would mark a shift away from the homogeneity of the standard New York City brownstone rowhouse. True's executed work demonstrated that he succeeded in his ambitions.

True was primarily an architect of rowhouse groups. In his houses of the early 1890s, True employed a variety of contemporary architectural styles, frequently mingling them in an eclectic fashion; these included the popular Romanesque and Renaissance Revival styles, as well as the Francois I and a style he called "Elizabethan Revival" which was based on French and English Renaissance prototypes. In 1894 True began to work in part as his own developer and later formed the Riverside Building Company. A second prospectus, fA True History of] Riverside Drive (1899), pictured many of the houses for the Riverside Building Company, including the group of six houses at 102 to 107-109 Riverside Drive and 332 West 83rd Street which were then under construction and completed later that same year. In this prospectus True promoted the development of lower Riverside Drive:

Mr. Clarence True, who had erected houses upon some of the lower lots, became so thoroughly impressed with the possibilities of the river front as a residence district that he secured all the available property south of 84th street, and by covering it with beautiful dwellings, insured a most promising future for the Drive.

The area along and adjacent to Riverside Drive, from 75th to 85th Streets, includes the densest concentration of extant houses designed by True; many of these are now included in the West End-Collegiate and Riverside Drive-West 80th-81st Streets Historic Districts. These houses along the Drive — including No. 104 and the other houses in the corner group at 83rd Street — are characteristic of most of True's mature work; all were designed in the architect's highly idiosyncratic and readily identifiable "Elizabethan Revival" style. True's rowhouses in this vein are typified by lively silhouettes, composed of such elements as steeply-pitched roofs that often have curved or stepped gables, chimneys, stepped end-walls, turrets, bowed fronts, projecting three-sided and square bays, and dormers. The facades, varied within the group, also display a variety of contrasting materials, including fine brick and stone, and such features as quoins, keyed surrounds, stylized cornices, crenellation, parapets, and decorative ironwork. True's interest in the use of varied colors of building materials is also evident in the group at Riverside and 83rd — the brick colors graduate in hue from house to house, from tan to light orange to orange to red.

True was one of the architects who greatly popularized the American basement plan for rowhouse design in New York City during these years. He received much favorable notice in the architectural press of the 1890s, which published a number of his designs. Real Estate Record & Guide (1893) stated that True "has earned quite a reputation for the novelty of the ideas he has carried out in a large number of houses built from his designs on the West Side in the last few years. The old method of high stoop construction has been abandoned ... the houses are entered almost on a level with the street." Architecture and Building (1893) noted: "The facades show great variety and taste, and the plans, many of them upon narrow lots, ingenuity and skill in arrangement. A History of Real Estate, Building, and

Architecture in New York (1899) considered True "probably the best known New York architect designing almost entirely residential structures .... His work as exemplified by his houses is a credit both to himself and the city.,

True also designed several apartment houses, hotels, and small commercial structures, as well as a church building in Harlem. Little is known about the end of his career, but it appears to coincide with the demise of rowhouse construction in New York City after the turn of the century. His last directory listing was in 1910, although Clarence True & Son received a listing in 1916-17. True died in Greensboro, North Carolina, in 1928, and was buried in Middletowr\, Connecticut.

Ackerman vs. True

An interesting controversy developed around the construction of the houses at 102 to 107-109 Riverside Drive which affected the design of their facades eleven years after coupletion. On July 28, 1898, Clarence True applied, by letter, to the Commissioner of Buildings, Thomas J. Brady, for a foundation permit for six, five-story houses. According to his accompanying plans, each of the six structures partly extended beyond the property line, due to the oblique angle of the Drive, by incorporating stoops, areaway walls, and projecting bays and bowfronts. On August 8, Brady returned a permit to True granting him permission "to construct the foundation work provided for new buildings on E. S. Riverside Drive bet. 82 & 83 St. as per plans...." On August 16, True filed an application for the erection of these six new buildings (NB 730-1898), five fronting Riverside Drive and one fronting West 83rd Street. The Department of Buildings issued an objection to the application on September 15, stating that "projections beyond building lines are unlawful." True then obtained a letter from George C. Clauson, Commissioner of Parks, dated November 21, which granted consent "to the erection of projections on six proposed buildings" and exacted a fee based on the square footage of each projection. On November 28, True filed an amendment to the application which mentioned "consent from Park [sic] Department for projection beyond building lines is filed this date with

plans & etc " The structures were completed a year later in November

of 1899.

Building encroachments onto public property, a fairly common practice in New York City during the nineteenth century, became an increasingly debated topic at the turn of the century, as evidenced by the numerous lawsuits filed and by discussions in such periodicals as Real Estate Record & Guide. A lawsuit was brought against Clarence True, after the completion of the houses at Riverside Drive and West 83rd Street, by the adjacent property owner, Charlotte Y. Ackerman, who had purchased from True the lot to the south of the group. Ackerman's case argued that the projecting bays, bowfronts and stoops on the houses next to her property were illegal encroachments upon the public street which also diminished the value of her property through the obstruction of her view, light, and air. Ackerman won the case in 1903 on appeal to the New York State Court of Appeals, which reversed the Appellate Division of the Supreme Court's finding in favor of True. The court ruled that New York City's ownership of streets from property line to property line was "inalienable," that an encroachment was an "appropriation of the public street for private purposes," and that no individual or agency had the authority to permit encroachments onto public property. Thus the owners of the five houses in the group facing Riverside Drive had to remove the projections on their buildings.

In 1911 the main facades of these houses were completely removed and rebuilt to follow the diagonal of the Riverside Drive property lines. No. 103 and No. 104, both altered by the architectural firm of Clinton & Russell, and No. 107-109, altered by Tracy, Swartwout & Litchfield, were rebuilt using the original materials and retaining many architectural elements; No. 105 received a new facade designed by Bosworth & Holden. No. 332 West 83rd Street and the West 83rd Street facade of No. 107-109 remained unaltered as they do not face onto the Drive and were thus apparently not subject to the lawsuit. The sixth house at 102 Riverside Drive, to the south of the existing group, was later demolished for a corner apartment building, built in 1932.

The 104 Riverside Drive House

The 104 Riverside Drive House was purchased in 1904 by Frederick William Winterburn and his wife, the former Emily Vreeland. An application was filed for alterations in November of 1910 (Alt. 2722-1910) , and the changes were carried out by the well-known architectural firm of Clinton & Russell in 1911. Winterburn (1849-1930), born and educated in England, was listed in New York City directories from 1884 to 1913. For part of his career he worked for Clinton & Russell; he was listed as a superintendent for the firm at the turn of the century. Clinton & Russell, founded in 1894 by Charles William Clinton (1838-1910) and William Hamilton Russell (1856- 1907), was responsible for numerous buildings in New York City including early skyscrapers, luxury apartment houses, institutions, and fashionable hotels. The firm continued under that name until 1940; both founding architects were deceased when this alteration took place (the firm also executed the work on No. 103). In 1945 the property was sold by the estate of Emily Winterburn and the house was converted to a multiple dwelling.

The original design for the L-shaped 104 Riverside Drive House featured a four-story bowfront capped by a steeply pitched half-conical tile roof with a dormer, and a side courtyard. The main facade was dismantled in 1911 and rebuilt using the original materials, with some modifications, as a flat wall following the diagonal of the property line. Two bays wide, the facade is faced with light orange Roman ironspot brick and limestone trim. Original elements re-worked into the design were the watertable, the rusticated recessed entranceway with carved limestone ornament and a parapet, the ground-story round-arched window with a keyed surround, the second- and third-story rectangular windows with molded and keyed surrounds, the round-arched fourth-story windows with molded surrounds and keystones, and the quoins along the north edge of the facade. Surviving from the original design are the prominent chimney at the south end, one-over-one double-hung wood sash, and the north side of the building, facing a side courtyard bordered and divided by a wrought-iron fence with a gate. True's courtyard facades (the long side is largely unarticulated except for small windows) continue the general scheme of window surrounds: round arches on the ground story, molded and keyed surrounds on the second and third stories, and fourth-story round arches with keystones. The ground-story service entrance has been mostly filled in with brick; there is a basement entrance at the end of the court.

Modifications to the roof portion of the building in 1911 included the addition of a parapet above the cornice and the creation of a gable, faced with galvanized iron, containing a dormer with rectangular windows and a large broken scroll pediment. The face of the gable remained perpendicular to the side walls, rather than re-oriented to the new diagonal Riverside Drive facade. Apparently at the time of the building's conversion to a multiple dwelling in 1945-46 (Alt. 2019-1945), the top portion of the building received further alterations: the cornice and parapet were removed and a new brick parapet constructed, and the gable was built out (still at the same angle to the street) as a full story with three openings containing multipane sash; all of the work is of light orange brick. The entrance to the building has received metal and glass replacement doors (c. 1940-50s) and the ground-story window a wrought-iron grille.

No. 104, incorporating the work of two architectural firms in the house of 1898-99 and its 1910-11 alteration, basically remains a modified version of original picturesque Elizabethan Revival design.

- From the 1991 NYCLPC Landmark Designation Report

Varanasi, also known as Benares, or Kashi is an Indian city on the banks of the Ganga in Uttar Pradesh, 320 kilometres south-east of the state capital, Lucknow. It is the holiest of the seven sacred cities (Sapta Puri) in Hinduism, and Jainism, and played an important role in the development of Buddhism. Some Hindus believe that death at Varanasi brings salvation. It is one of the oldest continuously inhabited cities in the world. Varanasi is also known as the favourite city of the Hindu deity Lord Shiva as it has been mentioned in the Rigveda that this city in older times was known as Kashi or "Shiv ki Nagri".

The Kashi Naresh (Maharaja of Kashi) is the chief cultural patron of Varanasi, and an essential part of all religious celebrations. The culture of Varanasi is closely associated with the Ganges. The city has been a cultural centre of North India for several thousand years, and has a history that is older than most of the major world religions. The Benares Gharana form of Hindustani classical music was developed in Varanasi, and many prominent Indian philosophers, poets, writers, and musicians live or have lived in Varanasi. Gautama Buddha gave his first sermon at Sarnath, located near Varanasi.

Varanasi is the spiritual capital of India. It is often referred to as "the holy city of India", "the religious capital of India", "the city of Shiva", and "the city of learning". Scholarly books have been written in the city, including the Ramcharitmanas of Tulsidas. Today, there is a temple of his namesake in the city, the Tulsi Manas Mandir. The current temples and religious institutions in the city are dated to the 18th century. One of the largest residential universities of Asia, the Banaras Hindu University (BHU), is located here.

ETYMOLOGY

The name Varanasi possibly originates from the names of the two rivers: Varuna, still flowing in Varanasi, and Asi, a small stream near Assi Ghat. The old city does lie on the north shores of Ganges River bounded by its two tributaries Varuna and Asi. Another speculation is that the city derives its name from the river Varuna, which was called Varanasi in olden times.[11] This is generally disregarded by historians. Through the ages, Varanasi has been known by many names including Kāśī or Kashi (used by pilgrims dating from Buddha's days), Kāśikā (the shining one), Avimukta ("never forsaken" by Shiva), Ānandavana (the forest of bliss), and Rudravāsa (the place where Rudra/Śiva resides).

In the Rigveda, the city is referred to as Kāśī or Kashi, the luminous city as an eminent seat of learning. The name Kāśī is also mentioned in the Skanda Purana. In one verse, Shiva says, "The three worlds form one city of mine, and Kāśī is my royal palace therein." The name Kashi may be translated as "City of Light".

HISTORY

According to legend, Varanasi was founded by the God Shiva. The Pandavas, the heroes of the Hindu epic Mahabharata are also stated to have visited the city in search of Shiva to atone for their sins of fratricide and Brāhmanahatya that they had committed during the climactic Kurukshetra war. It is regarded as one of seven holy cities which can provide Moksha:

The earliest known archaeological evidence suggests that settlement around Varanasi in the Ganga valley (the seat of Vedic religion and philosophy) began in the 11th or 12th century BC, placing it among the world's oldest continually inhabited cities. These archaeological remains suggest that the Varanasi area was populated by Vedic people. However, the Atharvaveda (the oldest known text referencing the city), which dates to approximately the same period, suggests that the area was populated by indigenous tribes. It is possible that archaeological evidence of these previous inhabitants has yet to be discovered. Recent excavations at Aktha and Ramnagar, two sites very near to Varanasi, show them to be from 1800 BC, suggesting Varanasi started to be inhabited by that time too. Varanasi was also home to Parshva, the 23rd Jain Tirthankara and the earliest Tirthankara accepted as a historical figure in the 8th century BC.

Varanasi grew as an important industrial centre, famous for its muslin and silk fabrics, perfumes, ivory works, and sculpture. During the time of Gautama Buddha (born circa 567 BC), Varanasi was the capital of the Kingdom of Kashi. Buddha is believed to have founded Buddhism here around 528 BC when he gave his first sermon, "Turning the Wheel of Law", at nearby Sarnath. The celebrated Chinese traveller Xuanzang, who visited the city around 635 AD, attested that the city was a centre of religious and artistic activities, and that it extended for about 5 kilometres along the western bank of the Ganges. When Xuanzang, also known as Hiuen Tsiang, visited Varanasi in the 7th century, he named it "Polonisse" and wrote that the city had some 30 temples with about 30 monks. The city's religious importance continued to grow in the 8th century, when Adi Shankara established the worship of Shiva as an official sect of Varanasi.

In ancient times, Varanasi was connected by a road starting from Taxila and ending at Pataliputra during the Mauryan Empire. In 1194, the city succumbed to Turkish Muslim rule under Qutb-ud-din Aibak, who ordered the destruction of some one thousand temples in the city. The city went into decline over some three centuries of Muslim occupation, although new temples were erected in the 13th century after the Afghan invasion. Feroz Shah ordered further destruction of Hindu temples in the Varanasi area in 1376. The Afghan ruler Sikander Lodi continued the suppression of Hinduism in the city and destroyed most of the remaining older temples in 1496. Despite the Muslim rule, Varanasi remained the centre of activity for intellectuals and theologians during the Middle Ages, which further contributed to its reputation as a cultural centre of religion and education. Several major figures of the Bhakti movement were born in Varanasi, including Kabir who was born here in 1389 and hailed as "the most outstanding of the saint-poets of Bhakti cult (devotion) and mysticism of 15th-Century India"; and Ravidas, a 15th-century socio-religious reformer, mystic, poet, traveller, and spiritual figure, who was born and lived in the city and employed in the tannery industry. Similarly, numerous eminent scholars and preachers visited the city from across India and south Asia. Guru Nanak Dev visited Varanasi for Shivratri in 1507, a trip that played a large role in the founding of Sikhism.

In the 16th century, Varanasi experienced a cultural revival under the Muslim Mughal emperor Akbar who invested in the city, and built two large temples dedicated to Shiva and Vishnu. The Raja of Poona established the Annapurnamandir and the 200 metres Akbari Bridge was also completed during this period. The earliest tourists began arriving in the city during the 16th century. In 1665, the French traveller Jean Baptiste Tavernier described the architectural beauty of the Vindu Madhava temple on the side of the Ganges. The road infrastructure was also improved during this period and extended from Kolkata to Peshawar by Emperor Sher Shah Suri; later during the British Raj it came to be known as the famous Grand Trunk Road. In 1656, emperor Aurangzeb ordered the destruction of many temples and the building of mosques, causing the city to experience a temporary setback. However, after Aurangazeb's death, most of India was ruled by a confederacy of pro-Hindu kings. Much of modern Varanasi was built during this time by the Rajput and Maratha kings, especially during the 18th century, and most of the important buildings in the city today date to this period. The kings continued to be important through much of the British rule (1775–1947 AD), including the Maharaja of Benares, or Kashi Naresh. The kingdom of Benares was given official status by the Mughals in 1737, and continued as a dynasty-governed area until Indian independence in 1947, during the reign of Dr. Vibhuti Narayan Singh. In the 18th century, Muhammad Shah ordered the construction of an observatory on the Ganges, attached to Man Mandir Ghat, designed to discover imperfections in the calendar in order to revise existing astronomical tables. Tourism in the city began to flourish in the 18th century. In 1791, under the rule of the British Governor-General Warren Hastings, Jonathan Duncan founded a Sanskrit College in Varanasi. In 1867, the establishment of the Varanasi Municipal Board led to significant improvements in the city.

In 1897, Mark Twain, the renowned Indophile, said of Varanasi, "Benares is older than history, older than tradition, older even than legend, and looks twice as old as all of them put together." In 1910, the British made Varanasi a new Indian state, with Ramanagar as its headquarters but with no jurisdiction over the city of Varanasi itself. Kashi Naresh still resides in the Ramnagar Fort which is situated to the east of Varanasi, across the Ganges. Ramnagar Fort and its museum are the repository of the history of the kings of Varanasi. Since the 18th century, the fort has been the home of Kashi Naresh, deeply revered by the local people. He is the religious head and some devout inhabitants consider him to be the incarnation of Shiva. He is also the chief cultural patron and an essential part of all religious celebrations.

A massacre by British troops, of the Indian troops stationed here and of the population of the city, took place during the early stages of the Indian Rebellion of 1857. Annie Besant worked in Varanasi to promote theosophy and founded the Central Hindu College which later became a foundation for the creation of Banaras Hindu University as a secular university in 1916. Her purpose in founding the Central Hindu College in Varanasi was that she "wanted to bring men of all religions together under the ideal of brotherhood in order to promote Indian cultural values and to remove ill-will among different sections of the Indian population."

Varanasi was ceded to the Union of India on 15 October 1948. After the death of Dr. Vibhuti Narayan Singh in 2000, his son Anant Narayan Singh became the figurehead king, responsible for upholding the traditional duties of a Kashi Naresh.

MAIN SIGHTS

Varanasi's "Old City", the quarter near the banks of the Ganga river, has crowded narrow winding lanes flanked by road-side shops and scores of Hindu temples. As atmospheric as it is confusing, Varanasi's labyrinthine Old City has a rich culture, attracting many travellers and tourists. The main residential areas of Varanasi (especially for the middle and upper classes) are situated in regions far from the ghats; they are more spacious and less polluted.

Museums in and around Varanasi include Jantar Mantar, Sarnath Museum, Bharat Kala Bhawan and Ramnagar Fort.

JANTAR MANTAR

The Jantar Mantar observatory (1737) is located above the ghats on the Ganges, much above the high water level in the Ganges next to the Manmandir Ghat, near to Dasaswamedh Ghat and adjoining the palace of Raja Jai Singh of Jaipur. Compared to the observatories at Jaipur and Delhi, it is less well equipped but has a unique equatorial sundial which is functional and allows measurements to be monitored and recorded by one person.

RAMNAGAR FORT

The Ramnagar Fort located near the Ganges River on its eastern bank, opposite to the Tulsi Ghat, was built in the 18th century by Kashi Naresh Raja Balwant Singh with creamy chunar sandstone. It is in a typically Mughal style of architecture with carved balconies, open courtyards, and scenic pavilions. At present the fort is not in good repair. The fort and its museum are the repository of the history of the kings of Benares. It has been the home of the Kashi Naresh since the 18th century. The current king and the resident of the fort is Anant Narayan Singh who is also known as the Maharaja of Varanasi even though this royal title has been abolished since 1971. Labeled "an eccentric museum", it has a rare collection of American vintage cars, sedan chairs (bejeweled), an impressive weaponry hall and a rare astrological clock. In addition, manuscripts, especially religious writings, are housed in the Saraswati Bhawan. Also included is a precious handwritten manuscript by Goswami Tulsidas. Many books illustrated in the Mughal miniature style, with beautifully designed covers are also part of the collections. Because of its scenic location on the banks of the Ganges, it is frequently used as an outdoor shooting location for films. The film titled Banaras is one of the popular movies shot here. However, only a part of the fort is open for public viewing as the rest of the area is the residence of the Kashi Naresh and his family. It is 14 kilometres from Varanasi.

GHATS

Ghats are embankments made in steps of stone slabs along the river bank where pilgrims perform ritual ablutions. Ghats in Varanasi are an integral complement to the concept of divinity represented in physical, metaphysical and supernatural elements. All the ghats are locations on "the divine cosmic road", indicative of "its manifest transcendental dimension" Varanasi has at least 84 ghats. Steps in the ghats lead to the banks of River Ganges, including the Dashashwamedh Ghat, the Manikarnika Ghat, the Panchganga Ghat and the Harishchandra Ghat (where Hindus cremate their dead). Many ghats are associated with legends and several are now privately owned.

Many of the ghats were built when the city was under Maratha control. Marathas, Shindes (Scindias), Holkars, Bhonsles, and Peshwas stand out as patrons of present-day Varanasi. Most of the ghats are bathing ghats, while others are used as cremation sites. A morning boat ride on the Ganges across the ghats is a popular visitor attraction. The extensive stretches of ghats enhance the river front with a multitude of shrines, temples and palaces built "tier on tier above the water’s edge".

The Dashashwamedh Ghat is the main and probably the oldest ghat of Varansi located on the Ganges, close to the Kashi Vishwanath Temple. It is believed that Brahma created it to welcome Shiva and sacrificed ten horses during the Dasa -Ashwamedha yajna performed here. Above the ghat and close to it, there are also temples dedicated to Sulatankesvara, Brahmesvara, Varahesvara, Abhaya Vinayaka, Ganga (the Ganges), and Bandi Devi which are part of important pilgrimage journeys. A group of priests perform "Agni Pooja" (Worship to Fire) daily in the evening at this ghat as a dedication to Shiva, Ganga, Surya (Sun), Agni (Fire), and the whole universe. Special aartis are held on Tuesdays and on religious festivals.

The Manikarnika Ghat is the Mahasmasana (meaning: "great cremation ground") and is the primary site for Hindu cremation in the city. Adjoining the ghat, there are raised platforms that are used for death anniversary rituals. It is said that an ear-ring (Manikarnika) of Shiva or his wife Sati fell here. According to a myth related to the Tarakesvara Temple, a Shiva temple at the ghat, Shiva whispers the Taraka mantra ("Prayer of the crossing") in the ear of the dead. Fourth-century Gupta period inscriptions mention this ghat. However, the current ghat as a permanent riverside embankment was built in 1302 and has been renovated at least three times.

TEMPLES

Among the estimated 23000 temples in Varanasi, the most worshiped are: the Kashi Vishwanath Temple of Shiva; the Sankat Mochan Hanuman Temple; and the Durga Temple known for the band of monkeys that reside in the large trees nearby.

Located on the outskirts of the Ganges, the Kashi Vishwanath Temple – dedicated to Varanasi's presiding deity Shiva (Vishwanath – "Lord of the world") – is an important Hindu temple and one of the 12 Jyotirlinga Shiva temples. It is believed that a single view of Vishwanath Jyotirlinga is worth more than that of other jyotirlingas. The temple has been destroyed and rebuilt a number of times. The Gyanvapi Mosque, which is adjacent to the temple, is the original site of the temple. The temple, as it exists now, also called Golden Temple, was built in 1780 by Queen Ahilyabai Holkar of Indore. The two pinnacles of the temple are covered in gold, donated in 1839 by Ranjit Singh, the ruler of the Punjab and the remaining dome is also planned to be gold plated by the Ministry of Culture & Religious Affairs of Uttar Pradesh. On 28 January 1983, the temple was taken over by the government of Uttar Pradesh and its management was transferred to a trust with then Kashi Naresh, Vibhuti Narayan Singh, as president and an executive committee with a Divisional Commissioner as chairman. Numerous rituals, prayers and aratis are held daily, starting from 2:30 am till 11:00 pm.

The Sankat Mochan Hanuman Temple is one of the sacred temples of the Hindu god Hanuman situated by the Assi River, on the way to the Durga and New Vishwanath temples within the Banaras Hindu University campus. The present temple structure was built in early 1900s by the educationist and freedom fighter, Pandit Madan Mohan Malviya, the founder of Banaras Hindu University. It is believed the temple was built on the very spot where the medieval Hindu saint Tulsidas had a vision of Hanuman. Thousands flock to the temple on Tuesdays and Saturdays, weekdays associated with Hanuman. On 7 March 2006, in a terrorist attack one of the three explosions hit the temple while the Aarti was in progress when numerous devotees and people attending a wedding were present and many were injured. However, normal worship was resumed the next day with devotees visiting the temple and reciting hymns of Hanuman Chalisa (authored by Tulidas) and Sundarkand (a booklet of these hymns is provided free of charge in the temple). After the terrorist incident, a permanent police post was set up inside the temple.

There are two temples named "Durga" in Varanasi, Durga Mandir (built about 500 years ago), and Durga Kund (built in the 18th century). Thousands of Hindu devotees visit Durga Kund during Navratri to worship the goddess Durga. The temple, built in Nagara architectural style, has multi-tiered spires[96] and is stained red with ochre, representing the red colour of Durga. The building has a rectangular tank of water called the Durga Kund ("Kund" meaning a pond or pool). Every year on the occasion of Nag Panchami, the act of depicting the god Vishnu reclining on the serpent Shesha is recreated in the Kund.

While the Annapurna Temple, located close to the Kashi Vishwanath temple, is dedicated to Annapurna, the goddess of food, the Sankatha Temple close to the Sindhia Ghat is dedicated to Sankatha, the goddess of remedy. The Sankatha temple has a large sculpture of a lion and a nine temple cluster dedicated to the nine planets.

Kalabhairav Temple, an ancient temple located near the Head Post Office at Visheshar Ganj, is dedicated to Kala-Bhairava, the guardian (Kotwal) of Varanasi. The Mrithyunjay Mahadev Temple, dedicated to Shiva, is situated on the way to Daranagar to Kalbhairav temple. A well near the temple has some religious significance as its water source is believed to be fed from several underground streams, having curative powers.

The New Vishwanath Temple located in the campus of Banaras Hindu University is a modern temple which was planned by Pandit Malviya and built by the Birlas. The Tulsi Manas Temple, nearby the Durga Temple, is a modern temple dedicated to the god Rama. It is built at the place where Tulsidas authored the Ramcharitmanas, which narrates the life of Rama. Many verses from this epic are inscribed on the temple walls.

The Bharat Mata Temple, dedicated to the national personification of India, was inaugurated by Mahatma Gandhi in 1936. It has relief maps of India carved in marble. Babu Shiv Prasad Gupta and Durga Prasad Khatri, leading numismatists, antiquarians and nationalist leaders, donated funds for its construction.

RELIGION

HINDUISM

Varanasi is one of the holiest cities and centres of pilgrimage for Hindus of all denominations. It is one of the seven Hindu holiest cities (Sapta Puri), considered the giver of salvation (moksha). Over 50,000 Brahmins live in Varanasi, providing religious services to the masses. Hindus believe that bathing in the Ganges remits sins and that dying in Kashi ensures release of a person's soul from the cycle of its transmigrations. Thus, many Hindus arrive here for dying.

As the home to the Kashi Vishwanath Temple Jyotirlinga, it is very sacred for Shaivism. Varanasi is also a Shakti Peetha, where the temple to goddess Vishalakshi stands, believed to be the spot where the goddess Sati's earrings fell. Hindus of the Shakti sect make a pilgrimage to the city because they regard the River Ganges itself to be the Goddess Shakti. Adi Shankara wrote his commentaries on Hinduism here, leading to the great Hindu revival.

In 2001, Hindus made up approximately 84% of the population of Varanasi District.

ISLAM

Varanasi is one of the holiest cities and centres of pilgrimage for Hindus of all denominations. It is one of the seven Hindu holiest cities (Sapta Puri), considered the giver of salvation (moksha). Over 50,000 Brahmins live in Varanasi, providing religious services to the masses. Hindus believe that bathing in the Ganges remits sins and that dying in Kashi ensures release of a person's soul from the cycle of its transmigrations. Thus, many Hindus arrive here for dying.

As the home to the Kashi Vishwanath Temple Jyotirlinga, it is very sacred for Shaivism. Varanasi is also a Shakti Peetha, where the temple to goddess Vishalakshi stands, believed to be the spot where the goddess Sati's earrings fell. Hindus of the Shakti sect make a pilgrimage to the city because they regard the River Ganges itself to be the Goddess Shakti. Adi Shankara wrote his commentaries on Hinduism here, leading to the great Hindu revival.

In 2001, Hindus made up approximately 84% of the population of Varanasi District.

OTHERS

At the 2001 census, persons of other religions or no religion made up 0.4% of the population of Varanasi District.

Varanasi is a pilgrimage site for Jains along with Hindus and Buddhists. It is believed to be the birthplace of Suparshvanath, Shreyansanath, and Parshva, who are respectively the seventh, eleventh, and twenty-third Jain Tirthankars and as such Varanasi is a holy city for Jains. Shree Parshvanath Digambar Jain Tirth Kshetra (Digambar Jain Temple) is situated in Bhelupur, Varanasi. This temple is of great religious importance to the Jain Religion.

Sarnath, a suburb of Varanasi, is a place of Buddhist pilgrimage. It is the site of the deer park where Siddhartha Gautama of Nepal is said to have given his first sermon about the basic principles of Buddhism. The Dhamek Stupa is one of the few pre-Ashokan stupas still in existence, though only its foundation remains. Also remaining is the Chaukhandi Stupa commemorating the spot where Buddha met his first disciples in the 5th century. An octagonal tower was built later there.

Guru Nanak Dev visited Varanasi for Shivratri in 1507 and had an encounter which with other events forms the basis for the story of the founding of Sikhism. Varanasi also hosts the Roman Catholic Diocese of Varanasi, and has an insignificant Jewish expatriate community. Varanasi is home to numerous tribal faiths which are not easily classified.

Dalits are 13% of population Of Varanasi city. Most dalits are followers of Guru Ravidass. So Shri Guru Ravidass Janam Asthan is important place of pilgrimage for Ravidasis from all around India.

RELIGIOUS FESTIVALS

On Mahashivaratri (February) – which is dedicated to Shiva – a procession of Shiva proceeds from the Mahamrityunjaya Temple to the Kashi Vishwanath Temple.

Dhrupad Mela is a five-day musical festival devoted to dhrupad style held at Tulsi Ghat in February–March.

The Sankat Mochan Hanuman Temple celebrates Hanuman Jayanti (March–April), the birthday of Hanuman with great fervour. A special puja, aarti, and a public procession is organized. Starting in 1923, the temple organizes a five-day classical music and dance concert festival titled Sankat Mochan Sangeet Samaroh in this period, when iconic artists from all parts of India are invited to perform.

The Ramlila of Ramnagar is a dramatic enactment of Rama's legend, as told in Ramacharitamanasa. The plays, sponsored by Kashi Naresh, are performed in Ramnagar every evening for 31 days. On the last day, the festivities reach a crescendo as Rama vanquishes the demon king Ravana. Kashi Naresh Udit Narayan Singh started this tradition around 1830.

Bharat Milap celebrates the meeting of Rama and his younger brother Bharata after the return of the former after 14 years of exile. It is celebrated during October–November, a day after the festival of Vijayadashami. Kashi Naresh attends this festival in his regal attire resplendent in regal finery. The festival attracts a large number of devotees.

Nag Nathaiya, celebrated on the fourth lunar day of the dark fortnight of the Hindu month of Kartik (October–November), that commemorates the victory of the god Krishna over the serpent Kaliya. On this occasion, a large Kadamba tree (Neolamarckia cadamba) branch is planted on the banks of the Ganges so that a boy acting the role of Krishna can jump into the river on to the effigy representing Kaliya. He stands over the effigy in a dancing pose playing the flute; the effigy and the boy standing on it is given a swirl in front of the audience. People watch the display standing on the banks of the river or from boats.

Ganga Mahotsav is a five-day music festival organized by the Uttar Pradesh Tourism Department, held in November–December culminating a day before Kartik Poornima (Dev Deepawali). On Kartik Poornima also called the Ganges festival, the Ganges is venerated by arti offered by thousands of pilgrims who release lighted lamps to float in the river from the ghats.

Annually Jashne-Eid Miladunnabi is celebrated on the day of Barawafat in huge numbers by Muslims in a huge rally coming from all the parts of the city and meeting up at Beniya Bagh.

WIKIPEDIA

Charles Jencks' Garden of Cosmic Speculation, Portrack House, Scotland

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

speculation.

youth.

2008.

i like to draw.sometimes.

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

The Province’s new housing plan will speed up delivery of new homes, increase the supply of middle-income housing, fight speculation and help those who need it the most. Learn more: news.gov.bc.ca/28486

Bien sûr, à Santorin, on peut faire les belles photos traditionnelles des moulins et des clochers blancs et bleus. Je les ai faites. Mais ce qui frappe, c'est la construction débridée. On ne paraît protéger que la vue de loin, de la mer. Sur le chemin de Fira à Ia, les belles perspectives sont cassées par des constructions nouvelles particulièrement mal placées. A qui profite le crime ? J'aurais dû y aller il y a trente ans...

Exemple : Akrotiri, non loin du site archéologique de premier ordre - toujours fermé - développe ses nouveaux quartiers de villas, pour qui ? Peut-être pour les anciens de Fira qui ne peuvent bien sûr plus payer les loyers exorbitants.

A little bit of selective.

Taken at the Gardens Open event at Portrack House near Dumfries (the "Garden of Cosmic Speculation" by Charles Jencks).

Ninot about the King of Spain Juan Carlos I, making fun of corruption scandals in the Spanish monarchy. Ninot exposition.

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

A diptych illustration of the tower with main features and data points, and a speculation of the attachment of solar energy leaves to the framework.

en.wikipedia.org/wiki/Tokyo_Skytree

"...Tokyo Skytree (東京スカイツリー Tōkyō Sukaitsurī?) is a broadcasting, restaurant, and observation tower in Sumida, Tokyo, Japan. It became the tallest structure in Japan in 2010[2] and reached its full height of 634.0 metres (2,080 ft) in March 2011, making it the tallest tower in the world, displacing the Canton Tower,[3][4] and the second tallest structure in the world after Burj Khalifa (829.8 m/2,722 ft).[5]

The tower is the primary television and radio broadcast site for the Kantō region; the older Tokyo Tower no longer gives complete digital terrestrial television broadcasting coverage because it is surrounded by high-rise buildings. Skytree was completed on 29 February 2012, with the tower opening to the public on 22 May 2012.[6] The tower is the centrepiece of a large commercial development funded by Tobu Railway and a group of six terrestrial broadcasters headed by NHK. Trains stop at the adjacent Tokyo Skytree Station and nearby Oshiage Station, and the complex is only 7 km (4.3 mi) north-east of Tokyo Station..."

On the day of a key European parliamentary vote on food speculation, campaigners from Campact, Friends of the Earth Europe, SOS-Faim and the World Development Movement lay out 925 pots and pans outside the European parliament. 925 represents the number of people hungry in the world today. Campaigners also present a petition with 100k signatories to key Euro MPs.

An Irminsul (Old Saxon, probably "great/mighty pillar" or "arising pillar") was a sacral pillar-like object attested as playing an important role in the Germanic paganism of the Saxon people. The oldest chronicle describing an Irminsul refers to it as a tree trunk erected in the open air. The purpose of the Irminsuls and the implications thereof have been the subject of considerable scholarly discourse and speculation for hundreds of years.

A Germanic god Irmin, inferred from the name Irminsul and the tribal name Irminones, is sometimes presumed to have been the national god or demi-god of the Saxons. It has been suggested that Irmin was more probably an aspect or epithet of some other deity – most likely Wodan (Odin). Irmin might also have been an epithet of the god Ziu (Tyr) in early Germanic times, only later transferred to Odin, as certain scholars subscribe to the idea that Odin replaced Tyr as the chief Germanic deity at the onset of the Migration Period. This was the favored view of early 20th century Nordicist writers, but it is not generally considered likely in modern times.

The Old Norse form of Irmin is Jörmunr, which just like Yggr was one of the names of Odin. Yggdrasil ("Yggr's horse") was the yew or ash tree from which Odin sacrificed himself, and which connected the nine worlds. Jakob Grimm connects the name Irmin with Old Norse terms like iörmungrund ("great ground", i.e. the Earth) or iörmungandr ("great snake", i.e. the Midgard serpent).

According to the Royal Frankish Annals (772AD), during the Saxon wars, Charlemagne is repeatedly described as ordering the destruction of the chief seat of their religion, an Irminsul. The Irminsul is described as not being far from Heresburg (now Obermarsberg), Germany. Jacob Grimm states that "strong reasons" point to the actual location of the Irminsul as being approximately 15 miles (24 km) away, in the Teutoburg Forest and states that the original name for the region "Osning" may have meant "Holy Wood."

The Benedictine monk Rudolf of Fulda (AD 865) provides a description of an Irminsul in chapter 3 of his Latin work De miraculis sancti Alexandri. Rudolf's description states that the Irminsul was a great wooden pillar erected and worshipped beneath the open sky and that its name, Irminsul, signifies universal all-sustaining pillar.

Under Louis the Pious in the 9th century, a stone column was dug up at Obermarsberg in Westphalia, Germany and relocated to the Hildesheim cathedral in Hildesheim, Lower Saxony, Germany. The column was reportedly then used as a candelabrum until at least the late 19th century. In the 13th century, the destruction of the Irminsul by Charlemagne was recorded as having still been commemorated at Hildesheim on the Saturday after Laetare Sunday.

The commemoration was reportedly done by planting two poles six feet high, each surmounted by a wooden object one foot in height shaped like a pyramid or a cone on the cathedral square. The youth then used sticks and stones in an attempt to knock over the object. This custom is described as existing elsewhere in Germany, particularly in Halberstadt where it was enacted on the day of Laetare Sunday by the Canons themselves.

Awareness of the significance of the concept seems to have persisted well into Christian times. For example, in the twelfth-century Kaiserchronik an Irminsul is mentioned in three instances:

Concerning the origin of the Wednesday:

ûf ainer irmensiule / stuont ain abgot ungehiure, / daz hiezen si ir choufman.

"On an Irminsul / stands an enormous idol / which they call their merchant"

Concerning Julius Caesar:

Rômâre in ungetrûwelîche sluogen / sîn gebaine si ûf ain irmensûl begruoben

"The Romans slew him treacherously / and buried his bones on an Irminsul"

Concerning Nero:

ûf ain irmensûl er staich / daz lantfolch im allez naich.

"He climbed upon an Irminsul / the peasants all bowed before him"

Hypotheses - A number of theories surround the subject of the Irminsul.

Germania

In Tacitus' Germania, the author mentions rumors of what he describes as "Pillars of Hercules" in land inhabited by the Frisii that had yet to be explored. Tacitus adds that these pillars exist either because Hercules actually did go there or because the Romans have agreed to ascribe all marvels anywhere to Hercules' credit. Tacitus states that while Drusus Germanicus was daring in his campaigns against the Germanic tribes, he was unable to reach this region, and that subsequently no one had yet made the attempt. Connections have been proposed between these "Pillars of Hercules" and later accounts of the Irminsuls. Hercules was probably frequently identified with Thor by the Romans due to the practice of interpretatio romana.

Externsteine relief and site

On the Externsteine Descent from the Cross relief, the bent structure in the right centre is popularly identified as Irminsul.

Though this may be correct, it is not supported by any contemporary sources.

According to one particularly well-known suggestion, an Irminsul was situated at or near the Externsteine, a famous rock formation near Detmold, Germany. A Christian relief on the Externsteine (see photo above) depicts what has been described as a bent tree-like design at the feet of Nicodemus. This artwork, variously dated to the early ninth to early twelfth century AD, is popularly believed to represent the bent or fallen Irminsul beneath a triumphant Christianity.

While both the artwork and the Irminsul were known to scholars for centuries - Goethe for example discussed the relief in detail -, they were not connected until the 1929 interpretation of lay archaeologist Wilhelm Teudt. In 1934 to 1935, the Ahnenerbe undertook extensive fieldwork in an attempt to uncover material evidence of the use of the Externsteine as a place of Germanic paganism worship, yet no such evidence was found.

Few modern scholars consider it anything but an outright invention of Teudt, who did not provide evidence to back his claims.

Today it is generally accepted by historians that there is no historic attestation connecting the Externsteine to the Irminsul. Certainly, the Eresburg was only about 45 kilometers (c.28 miles) from the Externsteine, and there indeed was an Irminsul "near the Externsteine", but extensive archaeological studies of the Externsteine have failed to yield any material evidence for their use as a sacred site between Mesolithic and pre-Christian times. Thermoluminescence dating of firesites suggests that the site was occasionally used as a rock shelter in Saxon times, but apparently not to the extent one would expect from a major place of worship.

Jupiter Columns

Comparisons have been made between the Irminsul and the Jupiter Columns that were erected along the Rhine in Germania around CE 2 and 3. Scholarly comparisons were once made between the Irminsul and the Jupiter Columns; however, Rudolf Simek states that the columns were of Gallo-Roman religious monuments, and that the reported location of the Irminsul in Eresburg does not fall within the area of the Jupiter Column archaeological finds (Wikipedia).

Upper West Side, Manhattan, New York City, New York, United States

The Eldorado, extending along the entire blockfront of Central Park West between 90th and 91st Streets, is the northernmost of the four twin-towered apartment houses that give Central Park West its distinctive skyline silhouette. The Eldorado was designed in 1929 by the architectural firm of Margon & Holder with the renowned early 20th-century New York City architect Emery Roth as consultant. These architects created one of the finest and most dramatically massed Art Deco style residential buildings in New York City.

The Eldorado is one of the most distinguished buildings erected as part of the early 20th-century redevelopment of Central Park West. Central Park West, a continuation of Eighth Avenue, runs along the western edge of Central Park. Development along this prime avenue occurred very slowly, lagging substantially behind the general development of the Upper West Side. When Frederick Law Olmsted laid out Central Park he saw that the presence of the park would raise the value of land immediately adjacent to it.

Olmsted expected these areas to develop as prime residential streets. Land speculation did indeed occur on Central Park West. However, the west side of the park never attracted the extremely wealthy people who could afford the inflated prices of land bordering on the park.

Thus, while the side streets of the Upper West Side were built up with rows of speculative houses, Central Park West remained largely undeveloped. A survey of Central Park West published in February 1893 shows that of the three blocks between 60th and 96th Streets nineteen were either totally vacant or contained old shanties and frame houses. Other blocks were partially vacant.

The earliest residential improvement on Central Park West, and one of its great architectural monuments, was the Dakota, a designated New York City Landmark, at 72nd Street. Built in 1880-84, this eight-story building established Central Park West's character as a street of multiple dwellings. In 1890, by which time the Dakota had been joined by two apartment hotels, the St. Remo on 75th Street and the Beresford on 81st Street, as well as several flat houses, real estate broker F.R. Houghton noted that:

Central Park West seems to have only one future— it is destined to become an avenue of grand apartment houses and hotels. Everything tends that way. It is too public a thoroughfare to become a private residential avenue.

However, it wasn't until several years later that Central Park West experienced the construction boom that Houghton had predicted.

The first concentrated building boom on Central Park West occurred at the turn of the century when a significant number of elegant residential and institutional buildings were erected south of 96th Street. These include some of the finest apartment houses in New York, such as the Prasada at 65th Street, the Langham at 73rd Street, the Kenilworth at 75th Street, and the St. Urban at 89th Street, as well as such institutional structures as the Ethical Culture Society School and Meeting House at 63rd and 64th Streets, Holy Trinity Evangelical Lutheran Church at 65th Street, the Second Church of Christ, Scientist at 68th Street, the Congregation Shearith Israel Synagogue at 70th Street, the Universalist Church of the Divine Paternity at 76th Street, and the Progress Club at 88th Street.

The presence of these fine apartment buildings and institutions on Central Park West reflects the coming of age of the Upper West Side. The Upper West Side had developed in the final decades of the 19th century as an enclave of upper middle-class life. Affluent middle-class families were attracted to the area by the quality of its housing, the presence of Riverside Park and Central Park, and by the accessibility of the neighborhood.

As the Upper West Side became more and more desirable, developers began to build on the more expensive sites bordering the parks, and Central Park West began to be transformed into an elegant avenue of tall buildings that contrasted dramatically in scale to low rise residential Fifth Avenue.

During World War I construction on Central Park West slowed, but between 1920 and 1931 the area was transformed as the vacant sites were filled and many of the early apartment hotels and flats were replaced by new apartment houses. This final phase of Central Park West's development culminated in 1929-31 with the construction of the four twin-towered buildings that give Central Park West its characteristic skyline.

The distinctive form of the Century at 62nd-63rd Streets, the Majestic at 71st-72nd Streets, the San Remo at 74th-75th Streets and the Eldorado at 90th-91st Streets has come to symbolize the high quality of residential design on New York's Upper West Side.

The Eldorado Apartments is not the first building of that name at this location. The present building replaces the Eldorado flats which consisted of two eight-story structures designed in 1901 by Neville & Bagge, "which for more than a generation have been among the best of the fine houses on Central Park West."

In addition to the old Eldorado, the new apartment building replaced five row houses on West 90th Street and three tenements and a row house on West 91st Street. This site was assembled in 1929 and sold to realtor Frederick Brown who retained ownership for several weeks before transferring the property to the Elkay Building Corporation, Louis Kloak, president. The architects commissioned to design the new Eldorado were the firm of Margon & Holder.

Irving Margon and Adolph M. Holder are architects about whom little is known. One of the few buildings known to have been designed by Margon is an Art Deco apartment house at 2805 Grand Concourse in the Bronx.

Although Margon & Holder were the chief architects for the new building, they do not appear to have had the experience to design such a large structure. Emery Roth, one of the most talented residential architects in New York during the early decades of this century was hired as a consultant.

Among Roth's finest apartment buildings are three important Upper West Side structures designed just prior to the Eldorado—the Oliver Cromwell at 12 West 72nd Street, the San Remo at 145 Central Park West, and the Beresford at 211 Central Park West. It was undoubtedly Roth's experience with designing these large-scale residential buildings that prompted the builders of the Eldorado to hire him as a consultant. It is believed that Roth was responsible for the massing and plan of the building and that Margon & Holder designed the facade.

The form of the Eldorado, with its massive base and twin towers set at the Central Park West corners, closely resembles the massing of the San Remo on which Roth was working at the time he received the Eldorado commission. In addition, the apartment layouts of the two buildings are similar. The twin towered form of the San Remo and Eldorado resulted from the multiple dwelling law passed by the New York State Legislature in 1929.

This law mandated an increase in yard and court area, but allowed residential buildings to rise higher than before, legalizing setbacks and towers in this building type for the first time. The bill limited the height of street walls to times the width of the street, but, on plots of over 25,000 square feet, allowed towers that could rise up to three times the width of the street. The San Remo and Eldorado were the first two buildings on Central Park West to be affected by this new law.

The few drawings that Roth produced for the Eldorado have classical details, creating a design that resembles the style of the San Remo. They do not exhibit the Art Deco forms of the building as constructed. Art Deco style ornament appeared on apartment buildings as early as 1928 on Raymond Hood's 3 East 84th Street and on Horace Ginsberg and Marvin Fine's Park Plaza in the Bronx.

Margon & Holder were probably aware of the Art Deco forms in use on those apartment houses and they adapted these forms for their Central Park West building. Among the finest Art Deco motifs on the Eldorado is the tripartite Central Park West entrance. The three entrance portals take on the faceted crystalline form that Rosemarie Bletter has traced to German Expressionist architecture.

Above these bronze entrance surrounds are bronze panels with the clashing angular geometric forms and soft curving foliate forms that give the finest Art Deco ornamentation its special tension. The best known Art Deco features of the Eldorado are the futuristic rocket-like pinnacles which crown each tower.

Other notable Art Deco motifs include an angular frieze that runs above the third floor, stylized brick spandrel panels below many of the windows, and angular balconies with zigzag panels.

Unfortunately, construction of the Eldorado coincided with the stock market crash of 1929. The crash led to the collapse of the real estate market; cooperatives failed, rental apartments remained vacant, and foreclosure actions were brought against many buildings.

Financial and labor troubles delayed the completion of the Eldorado, but on November 26, 1930, it was announced that the building was to be completed.

Although the Eldorado was finished, it experienced rental problems and the owners finally defaulted on loan payments.

On November 5, 1931, the building was auctioned. In more recent years, the Eldorado has attracted many people of note, particularly people associated with the arts. Among the Eldorado's residents have been Milton Avery, Martin Balsam, Richard Dreyfuss, Faye Dunaway, Carrie Fisher, Tuesday Weld, Pinchas Zuckerman, Richard Estes, Sybil Burton, Phil Donahue, Mario Thomas, Edie Adams, Ernie Kovaks, Groucho Marx, Roddy McDowell, and Marilyn Monroe.

Description

The Eldorado is a symmetrical building set on a three-story yellow cast stone base and faced with tan brick trimmed with light brown brick and yellow terra-cotta above. The building extends along the entire Central Park West frontage between West 90th Street and West 91st Street, 200 feet along West 90th Street, and 194 feet along West 91st Street. In the center of the ground floor of the Central Park West frontage is the main entrance consisting of three faceted portals with bronze frames. Above each entrance are a pair of highly ornamental plaques embossed with Art Deco style geometric and floral forms. In the spandrels between the faceted entry arches and the plaques are panels with birds. Separating each pair of panels, as well as the windows above, are stepped piers with geometric incising. Above these piers are projecting skeletal cast stone motifs. A frieze of Art Deco chevrons and arches crowns the cast stone base of the building.

On the ground floor, to each side of the entrance are windows and metal doors with Art Deco grilles and handrails, all of which belong to professional apartments.

On Central Park West, the windows of the main bulk of the building are massed in a symmetrical pattern of 2-3-2-3-2-6-2-3-2-3-2 All of the windows were originally metal-paned casements with thin metal mullions. Each original window is divided into two movable casements of eight panes, each with a single transom of six panes. The small window panes add a sense of texture to the facade and prevent the window openings from becoming voids in the design.

The first and third window groups from either end project slightly, while the other groups are separated by projecting piers. The second and fifth groups from either end are framed with light brown brick that gives a vertical thrust to the facade. This vertical thrust is strengthened by the use of raised brick bands below the windows and by the addition of tan brick piers between the windows of the second group from each corner.

The patterned brickwork, also appears in the central two bays at the thirteenth and fourteenth floors . Projecting from the two central thirteenth floor windows are three-sided stone balconies each supported by a single corbeled bracket and ornamented with a vertical chevron panel.

The five central window groups step back above the fourteenth and sixteenth floors to form balconies, while the three end groups on either side rise up two additional floors before setting back at the sixteenth floor and again at the seventeenth floor. All of the balconies have Art Deco railings. Patterned brickwork and pairs of terra-cotta balconies also appear on the fifteenth and sixteenth floors of the end sections and on the sixteenth floor of the central section.

The brown brick bays are ornamented at their summits by terra-cotta panels adorned with chevron, diaper, and other geometric patterns.

The towers rise free of the base for twelve stories. Each tower is six bays wide on Central Park West and faced with tan brick highlighted by brown brick panels at the four central windows. Terra-cotta balconies appear at the twenty-sixth floor and terra-cotta panels at the twenty-seventh and twenty-eighth floors.

The side elevations have similar detailing. There are corner penthouses at the twenty-ninth floor, as each tower steps back to the crowning pinnacle with its fin-like projections. It is these stepped pinnacles that give the Eldorado its distinctive silhouette and make the building immediately identifiable from as far away as Fifth Avenue.

On the side streets the Eldorado is seventeen stories tall with the three-story cast stone base continuing for the first seven bays before it drops down to a one-story base. Only near the Central Park West corners are there window bays articulated with the vertical brown brick bays used on the front elevation.

The side facades have penthouses with railings, the balconies and terra-cotta ornament described on the front, as well as professional office doors and secondary residential entrances with Art Deco carvings To the rear of the building are cast stone arches with Art Deco metal gates .

Alterations to the original design are limited to the replacement of some of the original multi-paned windows with plate glass windows. The most serious alteration has occurred on the eighteenth floor of the south tower where brickwork has been removed for the enlargement of several windows.

The Eldorado's futuristic crowning pinnacles, visible from up and down Central Park West and from as far east as Fifth Avenue, are true architectural landmarks. The Eldorado is the northernmost of the four twin-towered buildings that identify Central Park West as one of New York City's great residential boulevards and the building stands as one of the most important Art Deco apartment buildings in the city.

- From the 1985 NYCLPC Landmark Designation Report

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

The Province’s new housing plan will speed up delivery of new homes, increase the supply of middle-income housing, fight speculation and help those who need it the most. Learn more: news.gov.bc.ca/28486

A little speculation... but wouldn't a flip chart sized super iPad be neater than paper and colored markers, or doing a powerpoint? What about dual iCharts at your next conference?

A Speculation of Lexus' high performace sedan to compete with the M5, E63 AMG, and Audi S6. The GS-F is delayed until 2010-2012

Not the Enough Food for Everyone... IF rally but a joint Manchester Jubilee Debt Campaign/ World Development Movement stall at Didsbury Festival at Didsbury Park on Sat. 8th. June 2013 where we continued to collect Bankers Anonymous campaign cards and petitions to MPs asking them to take up the issue of food speculation with George Osborne who appears minded to scupper MEP agreed proposals for transparency and regulation in food commodity markets. We also found people were very happy to support calls for debt cancellation, tax justice, and lender-accountability for debts that are crippling developing countries.

Chris with Alan Newton who had just bought a spade at the Tools for Self Reliance Stall- taking Food Sovereignty seriously! The "Price List" led to several people engaging in conversation.

This is all speculation, but we think this is a picture of the swimmers who used to gather at the north end of Victoria Park, Arbroath. Or it might be a group from St Thomas Swimming Club. The postcard is undated.

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou

Chunnaic mi an shunter Ruston seo aig latha-fosgailte bliadhnail Garden of Cosmic Speculation, Siorrachd Dhun Phris.

I saw this little shunter at the Garden of Cosmic Speculation near Dumfries at its annual open day, 02/05/10.

Photo COPYRIGHT 2009/2010 Django Malone

With widespread speculation that the IC&E SD40-2's will be sent back when their lease is up at the end of the month, it may be a good idea to get them now...

Two such models lead what I believe was the 470 train on a daylight schedule into Davis Junction, IL, on 6-22-13.

There was some Internet speculation that the Kindle Fire was simply a rebranded Blackberry Playbook. No, they're obviously two completely different devices.

www.suntimes.com/technology/ihnatko/8816567-452/review-ki...

On the day of a key European parliamentary vote on food speculation, campaigners from Campact, Friends of the Earth Europe, SOS-Faim and the World Development Movement lay out 925 pots and pans outside the European parliament. 925 represents the number of people hungry in the world today. Campaigners also present a petition with 100k signatories to key Euro MPs.

Balthasar de Monconys (1611-1665) was a French physicist and judge, born in Lyon. In 1618, Monconys' parents sent him to a Jesuit boarding school in Salamanca, Spain, as a plague had broken out in Lyon. Monconys was deeply interested in metaphysics and mysticism, and studied the teachings of Pythagoras, Zoroastrism, and Greek and Arab alchemists. From a young age, he dreamed of travelling to India and China. However, he returned to Lyon after finishing his studies. At the age of thirty-four years old he was finally able to leave behind the safety of his library and the theoretical speculation of the laboratory, and become a tireless traveller in Europe and the East.

Monconys travelled to Portugal, England, Germany, Italy, the Netherlands, Istanbul and the Middle East with the son of the Duke of Luynes. Even in his very first journey to Portugal, it is obvious that in each city Monconys is very soon able to connect with mathematicians, clergymen, surgeons, engineers, chemists, physicians and princes, to visit their laboratories and to collect “secrets and experiences”.

After Portugal, Monconys travelled to Italy, and finally departed to the East, to study the ancient religions and denominations, and meet the gymnosophists. In 1647-48 he was in Egypt. Seeking the Zoroasters and followers of Hermes Trismegistus, he reached Mount Sinai. In Egypt, the 17th century European was lost in a labyrinth of small and winding streetlets, and discovered different cults and religions, the diversity of ethnicities and their customs: Turks, Kopts, Jews, Arabs, Mauritans, Maronites, Armenians, and Dervishes. He followed several superstitious suggestions and discovered marvellous books of astronomy in Hebrew, Persian and Arabic. Later on, after his pilgrimage to the Holy Land, he crossed Asia Minor and reached Istanbul, from where he planned to travel to Persia. For once more in his life however, the plague forced him to change his course; he left for Izmir, and returned to Lyon in 1649.

Fron 1663 to 1665 Monconys travelled incessantly between Paris, London, the Netherlands and Germany. He visited princes and philosophers, libraries and laboratories, and maintained frequent correspondence with several scientists. Finally, after consequent asthma attacks he passed away before his travel notes could be published.

His travel journal (1665-1666) was edited and published by his son and by his Jesuit friend J. Berchet. The journal is enriched by drawings which testify to the wide scope of Monconys' interests. Monconys collected a vast corpus of material which includes medical recipes, chemistry forms, material connected to the esoteric sciences, mathematical puzzles, questions of Algebra and Geometry, zoological observations, mechanical applications, descriptions of natural phenomena, chemistry experiments, various machines and devices, medical matters, the philosopher's stone, astronomical measurements, magnifying lenses, thermometres, hydraulic devices, drinks, hydrometres, microscopes, architectural constructions and even matters connected to hygiene or the preparation of liquors.

The third volume includes a hundred and sixty-five medical, chemical and physics experiments with their outcomes as well as a sonnet on the battle of Marathon. There are five detailed indexes for the classification of the material. At the same time, this three-volume work permits the construction of a list of names (more than two hundred and fifty) of scholars, physicians, alchemists, astrologists, mathematicians, empirical scientists and other researches. From Monconys' text and correspondence a highly interesting network emerges, as it is possible for specialists of all disciplines to reconstruct the contacts between scientists and scholars of Western Europe, for a period spanning more than a decade in the mid-17th century.

Monconys' work is written in a monotonous style, but nevertheless possesses a perennial charm, as it is a combination of a travel journal and a laboratory scientist's workbook. The drawings accompanying the text make up a corpus of material unique in travel literature.

Written by Ioli Vingopoulou

Fransız asıllı fizikçi ve yargıç Balthasar de Monconys (1611-1665) (okunuş: Baltazar dö Monkoni) Lyon şehrinde doğar. Yaşadığı kentte 1618 yılında veba salgını baş gösterince, ailesi onu Salamanka şehrine bir Cizvit yatılı okuluna gönderir. Metafizik ve gizemcilik (mistisizm) için yoğun ilgi duyan Monconys, Pythagoras öğretilerini, Zerdüştlüğü, hatta Yunan ve Arap simyacıların eserlerini okur. Daha küçük yaştan beri Hindistan ve Çin'e kadar ulaşmayı düşlemesine karşın eğitimini tamamladıktan sonra Lyon'a geri döner ve nihayet 34 yaşındayken kütüphane güvenliğini ve teorik laboratuvar bilgilerini terkedip kararlı bir biçimde Avrupa ve Doğu'ya seyahat etmeye başlar.

Monconys, Luynes dükünün oğluyla birlikte Portekiz, İngiltere, Almanya, İtalya, Alçak Ülkeler (Hollanda), İstanbul ve Orta Doğu'ya seyahat eder. Daha ilk yolculuğundan (Portekiz'de) uğradığı her şehirde kısa zamanda matematikçi, rahip, cerrah, mühendis, kimyager, doktor ve prens gibi çeşit çeşit insanlarla bağ kurup laboratuvarlarını ziyaret ederek "sır ve tecrübeler" derler. Yazdığı metinde bu süreci izlemekteyiz. Portekiz'den sonra ilk kez olarak İtalya'ya gider ve nihayet çeşitli dogmaları, eski dinleri ve "gymnosophist"leri (çıplak bilgeler) incelemek üzere Doğu'ya doğru yola çıkar. 1647-48 yıllarında Mısır'da bulunmaktadır; Zerdüştçüler ve Hermes-Thot (Hermes Trismegistus) müritleriyle karşılaşmak için Sina dağına kadar ulaşır. Mısır'da 17. yüzyılın bu Batı Avrupalısı daracık sokakların oluşturduğu labirent içinde yitip, türk, kıptî, yahudî, arap, moritanyalı, maruni, ermeni, derviş gibi binbir çeşit dogma ve mezhep, milliyet ve kültürel adet keşfeder. Batıl inançlara uyar, ibranice farsça yada arapça dillerinde yazılmış şahane gökbilim kitapları keşfeder. Kutsal Yerlere hacılık ziyaretinin ardından Anadolu'yu boydan boya geçip İstanbul'a varır. Buradan İran'a gitmeyi planlar. Ancak veba salgını bir kez daha onu kaçmaya zorlar; İzmir'e geçip oradan 1649 yılında Lyon'a döner.

Monconys 1663'ten 1665'e kadar hiç ara vermeden Paris, Londra, Hollanda ve Almanya arasında mekik dokuyup prens ve filozoflarla konuşur, çeşitli kütüphane ve laboratuvarları ziyaret eder ve birçok bilim adamıyla yoğun bir mektuplaşma sürdürür. Ancak sonunda üstüste geçirdiği astım krizlerinden sonra seyahat notlarının kitap olarak basılmış halini göremeden ölür.

Sözkonusu yayın (1665-1666) Monconys'nin oğlu ve dostu Cizvit rahip J. Berchet tarafından hazırlanmıştır. Monconys'nin geniş bir ilgi alanına sahip oluşu günlüğünü tamamlayan desenlerle kanıtlanmaktadır. Derlemiş olduğu çeşitli ve zengin malzeme içinde: ilâç reçeteleri, kimyasal formüller, gizli ilimlerle ilgili malzeme, matematik bilmeceleri, cebir ve geometri problemleri, zoolojiye (hayvan bilimi) ilişkin gözlemler, mekanik uygulamalar, doğa fenomenleri betimlemeleri, kimyasal deneyler, makineler, tıp konuları, felsefe taşı, astronomi ölçümleri, büyüteçler, termometreler, su tesisatıyla ilgili cihazlar, içkiler, hidrometreler, mikroskoplar, mimarî yapılar, hijyen ve likör yapımı gibi konular var.

Kitabın üçüncü cildinde işlenen konular arasında 165 tane fizik kimya ve tıp deneyi ve sonuçları, ve Maraton muharebesi hakkında bir sone yer almaktadır. Bu içeriğin sınıflanması için kitaba beş tane ayrı çözümlemeli dizin eklenmiştir. Aynı zamanda, Monconys'nin üç ciltlik eserinden upuzun bir isimler katalogu da (250'den fazla isim) elde edilebilir. Bu isimler yazar ve düşünür, doktor, simyacı, astrolog, matematikçi, deneyci ve çeşitli uzman araştırmacılara aittir. Monconys'nin metninden ve mektuplaşmalarından, 17. yüzyıl ortalarında özellikle batı Avrupa'da, 20 yıldan fazla bir süre için, tüm bilim uzmanlarının yeniden birleştirebileceği son derece ilginç bir bilimler arası ilişki ağı ortaya çıkmaktadır.

Monconys'nin yazış uslubu tekdüze olmakla birlikte, bir laboratuvar araştırmacısının seyahat günlüğü ile gözlem defterini bir arada bulundurması açısından eşsiz bir cazibeye sahiptir. Metne eşlik eden desenler seyahat edebiyatı yayınlarında rastlanan ender türden bir malzeme oluşturmaktadır.

Yazan: İoli Vingopoulou