Crystalline materials enable high-speed electronic function in optical fibers
Scientists at the University of Southampton, in collaboration with Penn State University have, for the first time, embedded the high level of performance normally associated with chip-based semiconductors into an optical fibre, creating high-speed optoelectronic function....
Source: PhysOrg - Sunday, 5 February
Related articles:
- Less than a week ago
- 5Vote! An unlikely route to ferroelectricity
PhysOrg - 5 days ago
- 10Vote! In chemical reactions, water adds speed without heat
e! Science News - 6 days ago
- 10Vote! In hydrogenation and hydrogenolysis chemical reactions, water adds speed without heat
- 4Vote! A new optical microscopy approach opens the door to better observations in molecular biology
- 5Vote! Electronic congestion in the microchips of the future
- Older News
- 2Vote! Fujitsu develops high-speed thin client technology for 10-fold improvement in responsiveness
- 5Vote! Beyond the high-speed hard drive: Topological insulators open a path to room-temperature spintronics
- 5Vote! Focus: Metallic Glass isn’t All Glassy
Physics - APS - Friday, 11 May
- 4Vote! Glial cells supply nerve fibers with energy-rich metabolic products
LabSpaces - Thursday, 10 May
- 3Vote! Toshiba announces next-generation superjunction technology for power MOSFETs
- 3Vote! Toshiba expands family of high-speed, low-voltage MOSFETs with new 60V and 120V devices
- 2Vote! Metafluids: German researchers realize new material class
- 3Vote! Liberia to get high-speed internet by October
- 6Vote! Fast, low-power, all-optical switch
- 6Vote! High-Speed Data Link Made from Laser Pointers Works Where Wi-Fi Won't
PopSci.com - Science - Thursday, 3 May
- 4Vote! Starch takes the ouch out of bandages
Futurity.org - Tuesday, 1 May
- 3Vote! Students Win $115,000 by Doing the Math on High-Speed Rail
Yahoo Science News - Monday, 30 April
- 5Vote! Atomic clock comparison via data highways
- 5Vote! Extreme Impacts Study Aims to Build Captain America's New Shield
- 4Vote! X-rays reveal molecular arrangements for better printable electronics
