Speaking about learning:
homepages.go.com
So, any one thinking that the complex desert dirt might be a learning experience? A future PROFIT INDUSTRY? Yeah, I still do. Search here at SI for BOSE after you Discover.
First one must discover then, invest in the choices.
Chuckaupt2, now and then, I just didn't REALLY know it( why ) then.
RE: For Example; COULD, in some future, we read in the implications that change of state ( that Modified Fire assay we never saw here - to boost up those small numbers COC to a BIG OPT number that we had all hoped for?) may render after our financial slaughter here, at IMPCF:
fiberopticsonline.com{3A24223C-A40A-11D4-8C70-009027DE0829}&Bucket=Technical+News&VNETCOOKIE=NO
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Princeton University licenses Patents to Ultra Fast Optical
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Princeton University licenses Patents to Ultra Fast Optical
IIJ upgrades Japan-US lines to 1.4Gbps
Integrated Circuit and Laser Diode share Nobel Prize
TeraComm Research sponsors ultrafast switching demo
Three documents approved by the Optical Networking Forum
Camstar’s InSite to support optoelectronics manufacturer
NEC Sets High-Density DWDM Transmission Capacity Record
Luminous Networks’ PacketWave Beta Implemented by Sierra Pacific
10/17/2000 Ultra Fast Optical Systems (UFOS) (Princeton, New Jersey) is signing an agreement with Princeton University, granting them rights to a broad patent portfolio containing intellectual properties for implementing Optical Time Division Multiplexing (OTDM). In the agreement, UFOS has exclusive rights to patents covering the inventions developed by Professor Paul R. Prucnal, Ph.D., a 13-year faculty member of the Princeton Electrical Engineering Department and a principal of the university's Center for Photonics and Optoelectronic Materials (POEM). As part of the agreement, both Princeton University and Professor Prucnal have received an equity stake in UFOS.
Among other inventions, the patents describe the operation of a Terahertz Optical Asymmetric Demultiplexer (TOAD) that is capable of switching light with light. This device, which has many communications applications, yields an orders-of-magnitude increase in the bit stream per wavelength carried by the optical transport between Dense Wave Division Multiplexers (DWDM).
This technology reduces the cost of transmission and enables the evolution to Add/Drop Multiplexing at OC-768 and higher. It is also compatible with broadcast and select-switching architectures, eliminating the need for switching protocols. The All Optical switches, routers, and cross connects of the future will require this technology and these new architectures.
Edited by Maeve McKenna
Assistant Editor, Photonics
..""
BOSE - so I searched elsewhere than SI, so you do it here; there as a full text message search, wow, ramifs are awesome:
ragingbull.altavista.com
ragingbull.altavista.com
ragingbull.altavista.com
and THIS Light and Cold: As Per- You got it Old Princeton New Jerseys own, Albert Einstein and Mr N Bose from India, great: COMBO
homepages.go.com
"WE WOULD LOVE TO SEE BOSE CONDENSATION HERE..."-Quote 1993 DISCOVER Feb Issue. Maybe phase and state can be part of our searching? NANONEWTECH
nanonewtech.com some day soon. |
