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Brasile
Teatro Studio, 5 giugno ore 19.30
Magie Noire (Magia Nera)
regia Laurent Poncelet
assistenti in Brasile Ernesto Filho e José W. Junior
con Daniela Barreto, Gabriela Cantalupo, Luziel Costa, Adenilson da Silva, Jonas de França, Romário dos Santos, José Ribeiro, Ricardo Santana, Alcidésio Santos, Lucas Silva, Tamires Souza, Eliene Trajano
creazione luci Mathieu Dibilio
coproduzione Cie Ophélia Théâtre (Francia) e O Grupo Pé No Chão (Recife, Brasile)
con il sostegno di Département de l’Isère, della Regione Rhône-Alpes, Consolato di France a Recife, Coléo-Pontcharra, Secours Catholique, CE ST Microelectronics Crolles e CCNG
I did pry open some of my multiple pacemakers to show the internals. Titanium is very difficult to cut, I spend 3 or 4 Dremel cutting discs for each of them...
Nel Cortile Teresiano si è svolta la venticinquesima edizione della Giornata del Laureato, la cerimonia in cui la Comunità accademica di Pavia consegna il diploma di laurea e festeggia i migliori neo-laureati dell’ultimo anno accademico. Una tradizione avviata nel 1991 con l’intento di rafforzare il senso di appartenenza dei laureati pavesi all’Alma Ticinensis Universitas e all’Associazione Alunni.
Programma
ore 19.00
-Benvenuto del Magnifico Rettore Prof. Fabio Rugge
-Prolusione dell’ing. Pietro Palella, Amministratore Delegato di STMicroelectronics
-Consegna dei Diplomi ai Laureati con Lode
-Consegna dei Premi ai migliori Laureati di ogni Facoltà offerti da UBI – Banca Popolare Commercio & Industria
-“Gaudeamus igitur” del Coro della Facoltà di Musicologia
4477 i laureati dell’anno accademico 2013-2014 dell’Ateneo pavese, di cui 934 con lode che riceveranno il diploma di Laurea nel Cortile Teresiano; la consegna avverrà seguendo l’ordine di istituzione dei Dipartimenti (ex facoltà) dell’Università di Pavia: Giurisprudenza, Lettere e Filosofia, Medicina e Chirurgia, Scienze Matematiche, Fisiche e Naturali, Scienze Politiche, Farmacia, Economia, Ingegneria, Musicologia, e Corsi di Laurea Interfacoltà. La Giornata del Laureato si concluderà con la consegna di 12 Premi speciali ai migliori laureati dell’anno 2013/14, con l’uscita del Corteo accademico, accompagnato dal Gaudeamus igitur eseguito dal Coro della Facoltà di Musicologia e il brindisi nei cortili dell’Università.
Ospite d’onore della XXV Giornata del Laureato è Pietro Palella, amministratore delegato e direttore generale di ST Microelectronics Italia. Cremonese classe 1951, Pietro Palella è alunno del collegio Borromeo e si è laureato in ingegneria elettronica all’Università di Pavia nel 1974.
Ha iniziato la sua carriera nei laboratori di Ricerca & Sviluppo dell’Italtel (gruppo STET) occupandosi di prodotti digitali di commutazione per le telecomunicazioni. Nel 1978 è entrato in SGS, una delle società da cui nascerà la STMicroelectronics, come ingegnere di applicazione per i prodotti per le telecomunicazioni. Diventato poi responsabile del Marketing di Prodotto per le Logiche Standard e i Dispositivi per le Telecomunicazioni, successivamente è stato promosso Product Manager per i prodotti semicustom e nel 1986, nominato Business Director della nuova filiale della ST che si occupa di ASIC, Innovative Silicon Technology. Nel 1997, Palella diventa Direttore Generale della Divisione Wireline Products e nel 2002 viene nominato Group General Manager per il mercato dell’Auto. Nell’aprile 2006 il Consiglio di Amministrazione della STMicroelectronics srl, consociata italiana del Gruppo STMicroelectronics, nomina Palella Direttore generale della Società. Dal 2012 Palella è stato nominato Amministratore Delegato di STMicroelectronics Italia. Fin dalla sua creazione Palella è promotore della Fondazione Distretto High Tech Milano Brianza di cui è Presidente. Attualmente è Vice Presidente con delega alla Ricerca e all’Innovazione di ANIE, la Federazione che all’interno di Confindustria rappresenta le imprese Elettrotecniche ed Elettroniche italiane e Vice Presidente di Confindustria Monza Brianza.
Germanium transistors from 1955. In the early 1950s Sylvania established transistor and diode manufacturing at their tube (valve) facility in Emporium PA. Manufacturing was transferred to the Electronics Divsions in Woburn Mass. In 1957 it was divided into two new organizations, the Semiconductor Division and Special Tube Operations.
Skyworks, one of the current world leaders in RF components for smartphones has its roots in Sylvania, Woburn.
CBS Germanium Alloy Junction transistor from the early to mid 1950s. CBS purchased vacuum tube manufacturer Hytron (based in Danvers Mass) and established a semiconductor facility in an old mill in Warren St, Lowell in the early 1950s. In 1961 the market consolidated and Raytheon bought the CBS-Hytron semiconductor business around the same time it acquired Rheem Semiconductor.
Aerogels are the lightest existing solid materials--in fact an ounce of aerogel has the surface area of 10 football fields--and they have exceptional insulating properties. Scientists at Berkeley lab are studying aerogels great potential in a wide range of applications including energy-efficient insulation and windows, acoustics, battery technology and microelectronics.
credit: Lawrence Berkeley Nat'l Lab
XBD9609-04439.TIF
New Party invited Robert H.C. Tsao to discuss his "law of strait peace" proposal for the campaign of Taiwan's legislative election...
to view all photos about Taiwan politics, click political parties Taiwan set.
Robert H.C. Tsao: UMC's(United Microelectronics Corporation) former CEO and current honorary chairman.
新黨提名第七屆政黨不分區立法委員造勢晚會，2008/1/5晚上台北大安森林公園邀請曹興成先生談兩岸和平共處法...
Taipei, Taiwan.
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HDMI - High Density Multichip Interconnect, not the newer HDMI as in cables. This technology was developed in the 1980s to increase the density of interconnect between ICs by creating a silicon based substrate as opposed to ceramic based technologies which were dominant.
Using standard semiconductor fab tools, poly layers were spun onto a wafer alternate to sputtered metal layers. Vias were created using plasma etching, then metal filled.
It was pretty much redundant by the early 90s.
Mubarak Abdullahi (Nigeria/UK) - Aircraft engineer who, at 24, built a homemade helicopter out of old car and bike parts
Milena Boniolo (Brazil) - Chemist and PhD student at Federal University of São Carlos, Brazil, who is developing methods to detect emerging contaminants in the environment
Premesh Chandran (Malaysia) - Co-founder and CEO of Malaysiakini.com, an independent Malaysian news website
Perry Chen (US) - Co-founder and CEO of Kickstarter, a web platform offering people a new way to fund their creative ideas and endeavors
Anita Doron (Ukraine/Canada) - Surrealist filmmaker and documentarian
Ndubuisi Ekekwe (Nigeria/US) - Engineer, inventor, author and founder of the African Institution of Technology, an organization seeking to develop microelectronics in Africa
Saeed Taji Farouky (Palestine/UK) - Documentary filmmaker, photographer and writer focusing on human rights in the Middle East and North Africa
Jessica Green (US) - Professor at the University of Oregon’s Center for Ecology and Evolutionary Biology whose research focuses on microbial diversity
Benjamin Gulak (Canada/US) - Inventor of the Uno, the “green” electric street bike, and founder of BPG Motors
Robert Gupta (US) - Violinist, youngest member of the Los Angeles Philharmonic
Cesar Harada (Japan/France/UK) - Coordinator of the Open_Sailing project, working to develop open-source technologies to intelligently inhabit the oceans
Susie Ibarra (US/Philippines) - Composer, percussionist and co-founder of Song of the Bird King, a production company using music and film to preserve indigenous culture and ecology
Jennifer Indovina (US) - Founder of Tenrehte Technologies, a semiconductor company developing wireless smart-grid applications
Mitchell Joachim (US) - Architect and co-founder of Terreform ONE + Terrefuge, non-profit design groups that promote ecological design in cities
Raffael Lomas (Israel) - Sculptor and teacher of creative workshops for the blind
Kate Nichols (US) - Artist-in-residence at the Alivisatos Lab who synthesizes nanoparticles that exhibit structural color and incorporates them into macroscale art pieces
Sharmeen Obaid-Chinoy (Pakistan/Canada) - Documentary filmmaker and founder of The Citizens Archive of Pakistan, an educational institution and heritage center established to preserve Pakistan's history
Sarah Jane Pell (Australia) - Artist-researcher, diver and founder of Aquabatics Research Team initiative (ARTi)
Manu Prakash (India/US) - Junior Fellow at Harvard Society of Fellows, physicist and inventor pursuing research in the field of physical biology
Kellee Santiago (US) - President and co-founder of thatgamecompany, a video game company working to create video games that communicate different emotional experiences
Durreen Shahnaz (Bangladesh/Singapore/US) - Founder and Chairperson of Impact Investment Exchange Asia (IIX), a social stock exchange for Social Enterprises to raise growth capital
Gavin Sheppard (Canada) - Founder of I.C. Visions and co-founder of The Remix Project, a youth program acting as an arts and cultural incubator in Toronto, Cananda
Hugo Van Vuuren (South Africa/US) - Fellow at the Harvard School of Engineering and Applied Sciences and at The Laboratory at Harvard, co-founder of Lebone – a social enterprise working on off-grid technologies in Africa
Angelo Vermeulen (Belgium) - Biologist, filmmaker, and visual artist creating large-scale collaborative art installations
Daniel Zoughbie (US/UK) - Founder and CEO of the Global Micro-Clinic Project (GMCP), an organization working to prevent and manage diseases in the developing world using low-cost behavioral interventions
Having already earned two undergraduate degrees in physics and electrical engineering, the conundrum La Vida Cooper faced in the summer of 2003 before continuing at Johns Hopkins University in pursuit of a masters in electrical and computer engineering was what would she do next? She accepted a summer opportunity with the NASA Academy, followed by a co-op position, and knew immediately that NASA would be a good fit. In 2005, Cooper became a full-time employee with Goddard’s Microelectronics and Signal Processing Branch. She says her work is living up to her expectations. “ First and foremost, I like the fact that there is always a challenging problem to solve or an unanswered question to ponder. Even if a solution exists, there is always room for improvement. It’s great to be surrounded by people who are willing to embrace new ideas, and are not easily discouraged in the face of temporary obstacles or setbacks.” Photo Credit: Chris Gunn For more information go to the Goddard Tech Trends Archive: Fall 2007 (gsfctechnology.gsfc.nasa.gov/TechTrendsArchive.html)
A simple circuit to switch multiple strands of EL wire on/off independently using an Arduino microcontroller. I used ST Microelectronics Z0103MA triacs.
Closely based on Cyphunk's circuit
''Twilight States and the Edges of Darkness is a collaborative site-specific mixed and multimedia installation that responds to a selected site at Bundanon, the rural New South Wales estate gifted to the Australian government by the artist Arthur Boyd to support arts practice and promote engagement with the natural and cultural landscape. Exhibited as part of the Bundanon’s annual one day event Siteworks, this work aims to “create a contemplative space for encountering multi-sensorial, and preternatural connections to the environment through the use of endangered flora in New South Wales. Images of these plants are expressed through embroidered textiles, sculptural forms, and micro-electronics. The audience is encouraged to explore the shifting quality of the work from day to night. Twilight States is a gentle intervention in the landscape that reminds us of our connections to the ecosystems to which we belong.''
bundanon.com.au/2016-Artworks/twilight-states-and-edges-d...
SANDIA RESEARCHER WORKING AT THE INDUSTRY SPONSORED VIRTUAL NATIONAL LABORATORY.
THE VIRTUAL NATIONAL LABORATORY LINKS THREE DOE LABS, SANDIA, LAWRENCE LIVERMORE AND LAWRENCE BERKELEY. THE PROGRAM IS A PARTNERSHIP TO DEVELOP EXTREME ULTRAVIOLET LITHOGRAPHY (EUVL) AT SANDIA INTO NEXT GENERATION TECHNIQUES FOR MAKING COMPUTER CHIPS THAT CAN BE 100 TIMES FASTER WITH 1000 TIMES MORE MEMORY. THE WORK IS BACKED BY INDUSTRIAL LEADERS IN MICROELECTRONICS LED BY COMPANIES SUCH AS INTEL, MOTOROLA AND AMD.
For more information or additional images, please contact 202-586-5251.
Detail taken at the laboratory of Mark D. Poliks, SUNY Distinguished Professor of Systems Science and Industrial Engineering at the Thomas J. Watson College of Engineering and Applied Science and Director of the Center for Advanced Microelectronics Manufacturing, located at the Smart Electronics Manufacturing Lab at the Center of Excellence at the Innovative Technology Complex, June 16, 2022.
Jonathan Cohen / University Photographer
Detail taken at the laboratory of Mark D. Poliks, SUNY Distinguished Professor of Systems Science and Industrial Engineering at the Thomas J. Watson College of Engineering and Applied Science and Director of the Center for Advanced Microelectronics Manufacturing, located at the Smart Electronics Manufacturing Lab at the Center of Excellence at the Innovative Technology Complex, June 16, 2022.
Jonathan Cohen / University Photographer
SANDIA SCIENTIST IN PROTECTIVE GEAR EXAMINES MICROELECTRONICS CHIP.
THE PRIMARY MISSION OF MICROELECTRONICS IS TO DEVELOP METHODS FOR FABRICATING CIRCUITS THAT ARE IMMUNE TO LARGE RADIATION DOSES. SANDIA'S INTEGRATED CIRCUITS ARE OPERATING BENEATH THE OCEANS, IN EARTH ORBIT, AND IN THE FAR REGIONS OF OUR SOLAR SYSTEM. MODERN INTEGRATED CIRCUITS CONTAINING MILLIONS OF TRANSISTORS WITH FEATURES AS SMALL AS A VIRUS, HAVE VARIED APPLICATIONS RANGING FROM HIGH SPEED COMPUTERS TO MICROCIRCUITS THAT SCAN THE ATMOSPHERE FOR TOXIC GASES.
For more information or additional images, please contact 202-586-5251.
Don't try this at home! Ever have one of those days at work when you'd just like to pass a UV Lamp through your brain and make it all go away?
This is Mikey at work. I work at a UV Technology company. I sell replacement parts and equipment for Ultraviolet Purification. UV purification uses a portion of the ultraviolet spectrum known as UV-C. It is a shorter, higher energy wavelength than the UV-A and UV-B you've probably heard about. UV-A and UV-B can give you a sunburn, but UV-C really gets serious. When pathogens are exposed to UV-C light, the cell walls are penetrated and the DNA is altered making reproduction impossible and rendering the pathogen ineffective. Don't worry about me...I was born with altered DNA!
There are two specific wavelengths of UV-C that are used in the UV industry, 254 nanoMeters and 185 nanoMeters.
254 nanoMeters is used for disinfection and ozone destruction. The next time you take a drink of a beer, bottled water, or a soda, chances are the water in it was disinfected using UV light. UV is also used to disinfect municipal drinking water and also used in wastewater treatment. After it has been filtered, settled and scrubbed, it is passed through UV light before it is dumped back into the steam for someone else to drink. Don't gag! Here's a secret- all water is reused! UV light is also used in homes to treat well water.
UV light is also used in the pharmaceutical industry and now in swimming pools, spas and water features in public buildings.
UV is also used in the microelectronics industry. The 185nM wavelength is used in a process called Total Organic Carbon destruction. Organic Carbon atoms and molecules in water used to wash off electronic wafers can short between the tiny electronic circuits in microchips. UV-C in the 185nM wavelength destroys the organic carbon molecules and then they can be filtered off.
UV-C is present in sunlight, but the ozone layer protects us from the deadly effects of UV-C radiation. I wouldn't worry about the "hole" in the ozone layer. Remember the two wavelengths of UV-C I mentioned? 254 destroys ozone, but 185 produces it. God has it all under control!
I hope you all enjoyed reading about what Mikey does at work!
Detail taken at the laboratory of Mark D. Poliks, SUNY Distinguished Professor of Systems Science and Industrial Engineering at the Thomas J. Watson College of Engineering and Applied Science and Director of the Center for Advanced Microelectronics Manufacturing, located at the Smart Electronics Manufacturing Lab at the Center of Excellence at the Innovative Technology Complex, June 16, 2022.
Jonathan Cohen / University Photographer
The MPF 1P (MicroProfessor 1 Plus), is an improved version of the MPF 1. Like its brother, it is a learning tool for use in the teaching of microprocessor, microelectronics, and control technology.
Please take a look at www.retrocomputers.eu for more info about my retro computer collection.
Crystallinity controls the overall performance of semiconductors used in electronic devices. Calla McCulley, a graduate student in chemistry, varies the conditions used to deposit semiconducting materials, known as perovskites, to optimize and pre-determine the crystallinity of the thin film, and thus the electrical and optical performance in devices. The left side of this image depicts a crystalline film with grain boundaries separating different ordered crystalline domains and the right side depicts an amorphous film with needle-shaped crystals. Both types of crystalline structures are beneficial for different electrical device types, but the formation and characterization of these films is McCulley's area of focus. She acquired this optical image of a methylammonium lead iodide thin film, deposited on a zirconium dioxide substrate, in the Microelectronics Research Center at the J.J. Pickle Research Campus under the guidance of Dr. Ananth Dodabalapur. — Calla McCulley, Chemistry Graduate Student
Source: livinghistories.newcastle.edu.au/nodes/view/44598
The Minister for Employment, Education and Training Mr John Dawkins, visited Newcastle and Maitland on December 1. During his visit he saw some of the features of the Centre for Industrial Control Science (CICS). Pictured: Graham Goodwin, the Vice-Chancellor and Mr Peter Nicholson of AWA Microelectronics Pty. Ltd. 1990
This image was scanned from a photograph in the University's historical photographic collection held by Cultural Collections at the University of Newcastle, NSW, Australia.
If you have any information about this photograph, or would like a higher resolution copy, please contact us or leave a comment.
Name: Sania Razzak
Hometown: Pflugerville, TX
Major and Year: Human Development and Family Sciences, 4th Year
What are your interests and/or what organization memberships are you are fond of?
I am the Executive Directory for the organization called Dr. Qadri’s Cancer heroes. I went to a medical trip with Humanity First. I am also a member of the Muslim Student Association, Pakistan Student Association, Global Medical Trainee, and Girls Impact the World. I work at the Microelectronics Research Center as a lab technician. I love to draw, cook, and do henna.
What are your future goals/plans after graduation?
I want to get into a good medical school and become a family physician.
Lastly, a very important question! What is your favorite place to eat in Austin?
My favorite place to eat in Austin is at Halal Bros.
Philipp Ernst Senior Expert(McKinsey and Co.), Hieldegard Mueller (German Association of the Automotive Industry (VDA)), Jeremy O'Brian (Co-Founder and CEO PsiQuantum), Markus Pflitsch (CEO and Founder of Terra Quantum), Dr. Deborah Berebichez (Lead Scientist in Microelectronics and Quantum Computing VTT) DLD Munich Conference 2022, Europe's big innovation conference, Gasteig, Rosenheimerstrasse 5, 81667 Munich, Germany, May 20-22, 2022.
Free press image @ Daniel Grund for DLD / Hubert Burda Media
O primeiro nome do museu, o Museu "Alemão para obras-primas de Ciências Naturais e Tecnologia", não foi feito para limitar o museu alemão aos avanços na ciência e na tecnologia, mas para expressar a importância da ciência e da tecnologia para o povo alemão.
Oskar von Miller abriu o novo museu no seu septuagésimo aniversário, 02 de maio de 1925, após um atraso de quase dez anos. Desde o início as exposições do museu são apoiados por documentos disponíveis em um público biblioteca e arquivos que estão abertos sete dias por semana para garantir o acesso ao público de trabalho.
Atual exposições:
Aeroespaço
Agricultura
Altamira Cave , reprodução de uma caverna espanhola, com pinturas da idade da pedra
Rádio Amador
Astronáutica
Astronomia
Pontes
Cerâmica
Química
Cronometria
Computadores
Digital Imaging (Under Construction partir de 2006)
Energia Elétrica
Para as Tecnologias Energéticas
Ambiente
Geodésia
Vidro
História do Deutsches Museum
engenharia hidráulica
Componentes de máquina
Machine Tools
Marine Navigation
Masterpieces
Galeria de Matemática
Mining (histórico e moderno)
Metalurgia
Microelectronics
Óleo Mineral e Gás Natural
Música
Papel
Farmácia
Física
Power Machinery
Impressão
Scientific Instruments
Técnico Brinquedos
Telecomunicações
Tecnologia Têxtil
Construção de Túnel
Pesos e Medidas
Mains Infos:
en.wikipedia.org/wiki/Deutsches_Museum
* Alemanha - Munique - 2010
*Canon 40D + Tokina 10-17mm
*Copyright © 2008 Naldo Mundim. All rights reserved.
*Reprodução proibida. © Todos os direitos reservados.
*Imagem protegida pela Lei do Direito Autoral Nº 9.610 de 19/02/1998
The same camera unit is in the Nokia 3200 phone. The markings are "450A", "G886" and "M327". Now, where can I find a data sheet, and how can I use this with a microcontroller? So far, I have a pinout (from the 7250 schematic) and I know that it connects to an STV0900A chip (ST Microelectronics).
The patent shown was filed in Germany in 1956 and in the US one year later. At the time the dominant technology was alloy junction. The method described in the patent was an early adoption of diffusion for creating the process layers with masking and etching, similar to the mesa transistor structure which emerged around the same time in the US. Depositing metal instead of attaching gold wires, embedding the diffused layers and a protective layer on the surface would be the basis of the planar process subsequently invented by Fairchild. Siemens first established transistor manufacturing in their electron tube facility in Munich in 1952.
Because of HOYA, we got happiness
we become acquaintances. However, the badminton is a bridge between us which can let us promote feelings in our spare time.
因為HOYA所以快樂
因為HOYA讓我們相識，而羽球是我們之間的橋樑,讓我們工作之餘增進情感。
HOYAだから、楽しい。
私たちはHOYAで仲間と出会い、そして、バトミントンで繋がります。仕事以外のオフタイム、バトミントンを通して、皆とのふれあいを深めました。
Annie Cheng 鄭宛芸
HOYA MICROELECTRONICS TAIWAN 台灣豪雅光電股份有限公司
Dr. Scott Chambers' research interests center around the synthesis and properties of novel oxide films, interfaces, layered structure, and surfaces. Such materials are of significant interest in a variety of scientific arenas, including microelectronics, spintronics, thermal and photocatalysis, and surface geochemistry. The growth methods include molecular beam epitaxy and pulsed laser deposition all assisted by activated oxygen from an oxygen plasma or ozone. He has published more than 200 peer-reviewed journal articles, invited book chapters and review articles, and has given more than 150 invited lectures and seminars at conferences, universities, and research laboratories worldwide. He holds 3 U.S. patents. This instrument is available at no cost to scientists around the world through a competitive proposal process at EMSL, a national scientific user facility located at PNNL
Philipp Ernst Senior Expert(McKinsey and Co.), Hieldegard Mueller (German Association of the Automotive Industry (VDA)), Jeremy O'Brian (Co-Founder and CEO PsiQuantum), Markus Pflitsch (CEO and Founder of Terra Quantum), Dr. Deborah Berebichez (Lead Scientist in Microelectronics and Quantum Computing VTT) DLD Munich Conference 2022, Europe's big innovation conference, Gasteig, Rosenheimerstrasse 5, 81667 Munich, Germany, May 20-22, 2022.
Free press image @ Daniel Grund for DLD / Hubert Burda Media