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This wooden bridge connects the two parts of Queens' college in Cambridge. This bridge was built in 1906, replacing an earlier bridge from 1749 (which had seen repairs in 1866). But the later version kept the original design (designed by William Etheridge and built by James Essex the Younger), using straight timber but at the same time creating the allusion of an arch.
The rather unusual design of the bridge has given it its current popular name of the Mathematical Bridge - but as Queens' college themselves point out on their website: "There is no such thing as an “official name” for the bridge. It has never been named." In the 18th century it was known as “Essex’s Bridge”, it was later also known as “Newton’s Bridge” because it was erroneously believed he had designed the it. The bridge was sometimes called the Mathematical Bridge from 1803 onwards - but there was also another Cambridge bridge known by that name. But the bridge is also known as the "Queens' bridge" - the above mentioned website calls it both the Mathematical and Queens' bridge.
If you are really in to bridges I must recommend the college web-page on the subject, it is extensive and very informative.
Things get be a little complicated in city life.
The new Unreality.
Doing a bit of sliding in these times.
Vacation or travel is still a bit difficult for us, though slowly it seems that we can go on a small holiday in the Netherlands soon. The sliding is an idea the style of mr. Escher gave me. And yes, I ave copied a bit of his style here in photography. I don't think it's a sin. The original picture was taken in Rotterdam , from above the entrance to the trainstation Blaak . It was a rather sunny day . Without the sliding that station already looks complicated, but when one slides here, we get a real wow effect in my opinion.
There is a lady going up on the escalator, and there is one person standing in front of the kiosk. They are reflected three times, while the stairs and the red handrails are giving this processed photo it's magical mathematical style. Going up and down at the same time.
The picture of Luca is a variant of what we know as the 'Droste effect' or 'mise en abyme': the effect of a picture recursively appearing within itself. This produces a loop which mathematically could go on forever, but in practice only continues as far as the image's resolution allows.
The alpha and the omega. Physicists have been working to develop the "holy grail" therory that mathematically explains the behavior of the universe from the very small - quantum level particles, to the massively large - galaxies, black holes and dark matter. String theory has moved the thinking beyond just the newtonian (large) and quantum (small) prior successes but there are still large gaps in their understanding and mathematical underpinnings have been elusive. Submittal for the October 19, 2020 Macro Monday’s theme of “String”.
The Mathematical Bridge, also known as Newton's bridge, Queen's College Cambridge UK. It looks like an arch but is made of straight timbers.
Pont du Gard.
A UNESCO World Heritage Site since 1985 and 'Grand site de France®' since 2004.
© 2014 Marc Haegeman. All Rights Reserved.
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Pont du Gard official site: www.pontdugard.fr/fr
Amsterdam - Station Zuid - Strawinskylaan
Copyright - All images are copyright © protected. All Rights Reserved. Copying, altering, displaying or redistribution of any of these images without written permission from the artist is strictly prohibited.
Thank You Deep Dream Generator. Yes I was a math nerd back in the days. I hope I don't bore you with this series.
A sunny day in late September and people enjoying punting on the River Cam in Cambridge. The wooden bridge spans over a hundred feet linking two parts of Queens' College. It is a Grade II listed building built in 1749 by James Essex. It has been rebuilt on two occasions in 1866 and 1905 but kept the same design. It is built of straight timbers to a particular engineering design hence its name.
This weird looking place is the Winton Gallery on Mathematics at the Science Museum in London. The Winton Gallery is a new permanent exhibition which tells the story of how mathematics has shaped the world. Designed by the world-renowned Zaha Hadid Architects, this outstanding new gallery spans 400 years and brings mathematical history to life through the design and architecture of its displays. The strange shapes depict the imagined wind flow round a Handley Page aircraft from 1929 the tail of which can just be seen in the centre of the image. The reflection was obtained from a display case with the camera resting on it. Photography is allowed in the Museum though as usual with no Tripods and no Flash
The picture was taken handheld though resting on the display with a Sony A700 with a Sigma 10-20 mm lens at 10mm. 3 raw images 2EV spacing processed with Photomatix Natural for a natural look. More detail with Topaz Clarity. There was really not a lot of processing and the colours were pretty much as seen in this impressive gallery.
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Texture By Joes Sistah
The Mathematical Bridge is the popular name of a wooden bridge across the River Cam, between two parts of Queens' College, Cambridge. Its official name is simply the Wooden Bridge.
The bridge was designed by William Etheridge, and built by James Essex in 1749. It has been rebuilt on two occasions, in 1866 and in 1905, but has kept the same overall design.
The original "mathematical bridge" was another bridge of the same design, also designed by James Essex, crossing the Cam between Trinity and Trinity Hall, where Garret Hostel bridge now stands.
© Dan McCabe
A geeky computer joke. This shell is nature's way of exploring cellular automata :).
A cellular automaton is a mathematical technique that evolves a collection of data using very simple rules. This shell exhibits that sort of evolution along its outer surface.
In the computer world, a shell is a program that accepts a persons inputs (usually by typing commands) and then spits out the results.
This image is part of my series Juxtaposition.
Juxtaposition places two or more things side by side to elicit a response within the audience's mind.
To see more in this series visit Juxtaposition,
preferably take the slideshow
The Mathematical Institute (Andrew Wiles building), University of Oxford (UK).
All rights reserved - © Judith A. Taylor
More architectural fragments on my web site : Fine Art Mono Photography
The Mathematical Bridge is the popular name of a wooden footbridge in the southwest of central Cambridge. It bridges the River Cam and joins two parts of Queens' College.
I have always granted myself the freedom to exercise artistic license and pursue whatever brings me joy. Currently, shots from my cellphone and digital AI artwork fulfill that purpose, at least for the time being.
If in doubt which is my work and which is Generative AI, just look for the watermark on my photography.
- Generative AI art
_upscayl_4x_realesrgan-x4plus-anime
A oft shot image of the Mathematical Bridge in Cambridge. Nothing original here, but why not, like thousands of other photographers!
X I am no mathematician or builder all I can say is this bridge looks wonderful. I have enclosed some information on the design that I do not fully understand myself but some of you will no doubt
The Mathematical Bridge is the popular name of a wooden footbridge in the southwest of central Cambridge, United Kingdom. It bridges the River Cam about one hundred feet northwest of Silver Street Bridge and connects two parts of Queens' College. Its official name is simply the Wooden Bridge. It is a Grade II listed building.
The bridge was designed by William Etheridge, and built by James Essex in 1749. It has been rebuilt on two occasions, in 1866 and in 1905, but has kept the same overall design. Although it appears to be an arch, it is composed entirely of straight timbers built to an unusually sophisticated engineering design, hence the name.
The arrangement of timbers is a series of tangents that describe the arc of the bridge, with radial members to tie the tangents together and triangulate the structure, making it rigid and self-supporting. This type of structure, technically tangent and radial trussing, is an efficient structural use of timber, and was also used for the timber supporting arches (centring) used for building stone bridges. Analysis of the design shows that the tangent members are almost entirely under compression, while the radial timbers are almost entirely subject to tension with very little bending stress, or to put it another way, the tangent and radial elements elegantly express the forces involved in arched construction.
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Well, these are just my reading glasses!
Flickr Lounge ~ Weekend Theme (Week 4) ~ Mathematically Yours ....
Stay Safe and Healthy Everyone!
Thanks to everyone who views this photo, adds a note, leaves a comment and of course BIG thanks to anyone who chooses to favourite my photo .... Thanks to you all!
The eighth and final image of mine currently included in the #OxonArtweeks Oxford Photographers group show at the Mathematical Institute on the Woodstock Road, Oxford.
This is slight reworking of a previously uploaded shot of a lightwell at the Forum in Barcelona to give it some additional impact. Designed by Herzog & de Meuron, it ranks amongst the most unusual buildings I've seen anywhere. It's also one of my favourite images I've ever taken.
More details of the Exhibition here for those in the Oxford area : www.facebook.com/events/1042876822435988/
The Exhibition features a wide range of different photographic genres from myself and ten other talented local photographers. There should be something for everyone.......
My Website : Twitter : Facebook : Instagram : Photocrowd
© D.Godliman
This HYBYCOZO sculpture is titled Point of View is in the Kitchell Family Heritage Garden.
Point of View 2022
Stainless Steel, Powder Coat Pigment, LED
This sculpture's patterns draw inspiration from Ukrainian cross-stitching, a traditional folk art from Ukraine, the birthplace of HYBYCOZO artist Yelena Flipchuk. This tribute to her cultural origins invites visitors to reflect on grief, resilience, joy, and the yearning for peace.
Please spin artwork gently.
dbg.org/events/light-bloom/2024-10-12/
www.youtube.com/watch?v=FFelgzzzQqg
LIGHT BLOOM by HYBYCOZO is a limited-time exhibit where nature and light converge. This mesmerizing display invites you to explore the Garden transformed by stunning geometric light installations that illuminate the beauty of the desert landscape in a new way. As the sun sets, LIGHT BLOOM comes to life, casting intricate shadows and vibrant hues across the Garden. Wander the trails and let the enchanting installations transport you to a magical realm where the natural world meets the abstract.
HYBYCOZO is the collaborative studio of artists Serge Beaulieu and Yelena Filipchuk. Based in Los Angeles, their work consists of larger than life geometric sculptures, often with pattern and texture that draw on inspirations from mathematics, science, and natural phenomena. Typically illuminated, the work celebrates the inherent beauty of form and pattern and represents their ongoing journey in exploring the myriad dimensions of geometry. HYBYCOZO is short for the Hyperspace Bypass Construction Zone, a nod to their favorite novel (The Hitchhikers Guide to the Galaxy) and was the title of their first installation in 2014. They continue to create under this name. In the novel earth was being destroyed to make way for a bypass. It lead Serge and Yelena to ask what it means to make art at a time where the earth’s hospitable time in the universe may be limited.
dbg.org/meet-the-artists-behind-light-bloom/
Q: Walk us through your creative process?
A: The focus of our creative process is to explore the intricate interplay between geometry, light, space and to inspire contemplation, wonder and a sense of place among our audiences. Geometry and pattern-making serve as the backbone of our creative expression. It is the framework through which we navigate the complexities of form, proportion and spatial relationships. Patterns, both simple and complex, have a profound impact on our perception and understanding of the world. They possess the ability to evoke a sense of order, balance and aesthetic pleasure. Pattern making and geometry offer us a means of storytelling and communication. These patterns serve as conduits for deeper exploration, provoking introspection and contemplation to uncover the underlying symbols embedded within the human psyche.
Q: What inspired the concept of LIGHT BLOOM?
A: Just as many cactus and desert plants have evolved to produce night-blooming flowers, adapting to their environment and thriving in darkness, our sculptures come alive after sunset, blossoming with light and transforming the night into a glowing landscape of art and geometry.
Desert Botanical Garden has an incredible collection of plants and cacti arranged in a beautiful park setting.
"Think the desert is all dirt and tumbleweeds? Think again. Desert Botanical Garden is home to thousands of species of cactus, trees and flowers from all around the world spread across 55 acres in Phoenix, Arizona."
Desert Botanical Garden
DBG HYBYCOZO Light Bloom
Mathematics is known to marry nature through Fibonacci series converging into the golden ratio. This is my attempt to freeze such a marriage, happening at a really fast pace. It's a tennis ball soaked in water and thereafter spun. The Fibonacci spiral follows.
This video on Fibonacci series might help: www.youtube.com/watch?v=-Ibc8sD5sgw
© All rights reserved, don´t use this image without my permission. Contact me at debmalya86@gmail.com
Inside the Mathematics Institute at Oxford. We were privileged to be given a tour of this extraordinary building. Very Escher like in it's communications corridors - except they all go somewhere! Full of light which is channelled to the different floors via glass crystal shaped structures which give fabulous reflections. It is an amazing structure. What a place for some of the best brains to flourish!!!
At Queens' College, Cambridge.
According to Wikipedia:
"Popular fable is that the bridge was designed and built by Sir Isaac Newton without the use of nuts or bolts, and at some point in the past students or fellows attempted to take the bridge apart and put it back together" (and had to use bolts).
However, "this story is false: the bridge was built of oak in 1749 by James Essex the Younger (1722–1784) to the design of the master carpenter William Etheridge (1709–1776), 22 years after Newton died."
The riverside building to the right dates to around 1460.