Technology Industry
Industry: Email Alert RSS FeedTwo recent articles on Silicon Raman Lasers
Fiber Optics Weekly Update, Jan 14, 2005
Two articles have appeared in recent publications describing Silicon Raman Lasers using two different techniques. The first by researchers at UCLA who use a microdisc resonator to generate a 1675nm pulse, while being pumped by a mode locked fiber laser operating at 1540nm.
Most RecentTechnology Articles
- Google Becomes (Almost) Full-Fledged Telecom, Vonage, Skype, Others In Sites
- Google Android Will Increasingly Win According to Gartner [UPDATE: Palm...
- Microsoft, Sony Were Right, Consoles Are the Future. Where's Apple?
- AOL, the $200 Million Coming Disaster
- Intel to Pay AMD $1.25 Billion; the Antitrust Cost Keeps Rising
- More »
The second approach, which was reported recently by Intel in the EETimes, used a silicon waveguide with a high reflective coating on one edge to reflect a 1536nm pump input signal and produces a 1669.5nm output pulse.
CXO UnpluggedSmart Business interviews on BNET
Brought to you by CBS MoneyWatch.com
- Best- and Worst-Paid College Degrees
- 6 Things You Should Never Do on Twitter or Facebook
- How Much Sleep Do You Really Need?
- 6 Big Myths about Gas Mileage
Most Recent Technology Articles
- INTERVIEW WITH BEN BUTTERS, DIRECTOR OF EUROPEAN AFFAIRS AT EUROCHAMBRES : "A PERFECT ROAD MAP FOR EU CLUSTERS DOES NOT EXIST".
- AGENDA.(Brief article)(Conference notes)
- FIGHT AGAINST INTERNET PIRACY.
- INTERNET : AUTHORS' SOCIETIES URGE ACTION AGAINST PIRACY.
- TELECOMMUNICATIONS : BUSINESSEUROPE HOSTILE TO FURTHER CONTRACTUAL OBLIGATIONS.(Brief article)
Most Recent Technology Publications
Most Popular Technology Articles
- 3G: naughty or nice? PhoneErotica.com generates over 300 million hits per month, and rings up more minutes of use per month than MSN
- Business process re-engineering in the small firm: A case study
- What is precision air conditioning and why is it necessary?
- Optimizing of Trichoderma viride cultivation in submerged state fermentation
- Performance analysis of shell and tube heat exchanger using miscible system



