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The Silicon Photonics Vision
This video provides a brief explanation of where the silicon photonics technology is heading.
Length: 215
Rating: 4.30 (7 ratings)
Tags: Intel research Photonics lasers
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Photonics research at University of Bath
The photonics group has led the way in developing photonic crystal fibres, pioneered by Professor Philip Russell in 1991 and now a major new area within physics. These optical fibres are able to harness the power of light in many new ways, enhancing existing applications and leading to many new ones. The work is expected to have a major impact in many areas of engineering and technology, including light sources, optical telecommunications, ultra-violet light and x-ray generation, atomic and quantum physics and astronomical imaging.
Length: 295
Rating: 4.50 (12 ratings)
Tags: photonics University Bath
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Photonics Pioneer John Bjorkholm's Early Laser Work
Dr. John Bjorkholm speaks about his early research career as the first Applied Physics PhD student at Stanford University under Prof. Tony Siegman, and subsequent work at Bell Labs.
This small group seminar/luncheon was hosted by the Stanford Student OSA/SPIE Chapter and the Stanford Photonics Research Center as the first part of a new "Photonics Pioneers" series with priority for dues-paying OSA/SPIE student members. To become a member, visit our website for links to the online forms!
About the speaker: John Bjorkholm was a Principal Scientist at Intel Corporation in Santa Clara, CA from 1996 through 2002; his work there was concerned with the development of EUV lithography. Previously, he worked at Bell Laboratories in Holmdel, NJ for 28 years, retiring in 1994 as a Distinguished Member of the Technical Staff. During his Bell Labs tenure he carried out research in a number of areas, including lasers, nonlinear optics, and nonlinear spectroscopy; he was a co-author with Art Ashkin and Steve Chu on the first demonstrations of optical molasses and of the optical trapping of atoms; he was also instrumental in the development of the concept of EUV lithography. He received a BSE with highest honors in EE-Physics from Princeton University in 1961 and in 1966 he received a Ph.D. in Applied Physics from Stanford University. His thesis advisor was Tony Siegman. John is a Fellow of the OSA and the APS. He served as an OSA Director-at-Large (1988-90) and as the OSA Treasurer (1992-96). He also served as a Trustee of Princeton University (1991-95).
Length: 435
Rating: 3.70 (3 ratings)
Tags: Stanford Student OSA SPIE Photonics Research John Bjorkholm Pulsed Lasers Dye Trapping Non-linear Optics
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Photonics Pioneer John Bjorkholm's Move to EUV Lithography
Dr. John Bjorkholm speaks about his decision to pursue EUV lithography. This talk was hosted by the Stanford Student OSA/SPIE Chapter and the Stanford Photonics Research Center as the first part of their "Photonics Pioneers" series.
About the speaker: John Bjorkholm was a Principal Scientist at Intel Corporation in Santa Clara, CA from 1996 through 2002; his work there was concerned with the development of EUV lithography. Previously, he worked at Bell Laboratories in Holmdel, NJ for 28 years, retiring in 1994 as a Distinguished Member of the Technical Staff. During his Bell Labs tenure he carried out research in a number of areas, including lasers, nonlinear optics, and nonlinear spectroscopy; he was a co-author with Art Ashkin and Steve Chu on the first demonstrations of optical molasses and of the optical trapping of atoms; he was also instrumental in the development of the concept of EUV lithography. He received a BSE with highest honors in EE-Physics from Princeton University in 1961 and in 1966 he received a Ph.D. in Applied Physics from Stanford University. His thesis advisor was Tony Siegman. John is a Fellow of the OSA and the APS. He served as an OSA Director-at-Large (1988-90) and as the OSA Treasurer (1992-96). He also served as a Trustee of Princeton University (1991-95).
Length: 510
Rating: 0.00 (0 ratings)
Tags: Stanford Student OSA/SPIE Photonics Pioneer John Bjorkholm EUV Lithography
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Mario Paniccia talks about Silicon Photonics
We caught up with Mario Paniccia in the corridor at IDF. Mario was talking about the recent breakthrough in the Silicon Photonics field. (Mario is a Senior Principal engineer and Director of the Photonic Technology Lab at Intel Corporation
http://www.intel.com/technology/techresearch/people/bios/paniccia_m.htm )
For more on Intel IDF:
http://www.intel.com/idf/us
Length: 208
Rating: 5.00 (5 ratings)
Tags: intel mario panniccia silicon photonics idf idf2007
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Luxtera, Inc., World's 1st CMOS Photonics Product, 40G OAC!
Blazar (LUX5010)Multirate 4x10G Optical Active Cable.
Luxtera' new product is a monolithic optoelectronic Optical Active Cable Blazar (LUX5010)Multirate 4x10G Optical Active Cable.
Luxtera' new product is a monolithic optoelectronic Optical Active Cable assembly containing four complete fiber optic transceivers per end, each operating at data rates from 1 to 10.5 Gbps and supporting a reach up to 300 meters. This integrated cable solution provides low cost reliable transport for aggregated data rates up to 40 Gbps (4X10 Gbps). Blazar offers customers the flexibility of traditional optical modules by interfacing mechanically to systems via a standard QSFP MSA form factor. The cable is electrically compliant with the SFP+ interface supporting InfiniBand, Ethernet, Fibre Channel and other applications. www.luxtera.com
If interested in a job, check our career pages.http://www.luxtera.com/careers.html
- Apps Eng, Systems Test Eng,Test Eng (ATE/WaferProber), MFG Eng, Mechanical Eng, Layout Eng...
Send your resume and qualifications, along with job title in the subject line to: rmunson@luxtera.com
Length: 114
Rating: 0.00 (0 ratings)
Tags: silicon photonics luxtera 40 gbps gig vesa OCA optic fiber displayport job jobs engineer engineering IC rachelle munson
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Adelaide Photonics Pitch
Roughly four minutes of background images relating to Adelaide, South Australia (a great place to live and work) and the Photonics Centre of Expertise located there.
This version includes background music from John Pazdan and voice snippets from researchers working at the centre.
It was prepared as a background DVD for a stall at a conference.
Length: 293
Rating: 5.00 (1 ratings)
Tags: adelaide photonics coephotonics physics research fibre optics laser
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Luxtera is Hiring Engineers! 40Gbps Silicon Photonics!
Luxtera is hiring! We are looking for: Test Engineer, Applications Engineer with HDMI/Video Broadband, Systems Test Engineer with Optics, Mechanical Engineer with Optical Alignment, and a Manufacturing Engineer.
www.luxtera.com
40G Transceiver Module/DisplayPort
Silicon Phonics - Fiber Optics
Integrated Interconnects
If interested, send resume and qualifications to: rmunson@luxtera.com
Length: 92
Rating: 0.00 (0 ratings)
Tags: luxtera. jobs job semiconductors silicon photonics CMOS engineer IC Gbps GIG Optics Fiber rachelle munson
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