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Quantum Computing

등록일 2007.02.26 16:36
* Quantum Computing *

* Diode laser for quantum computing and quantum simulation *
- Quantum computing and quantum simulation are both fields that enjoy a tremendous interest.
A functioning quantum computer could perform certain computation and simulations exponentially
quicker than traditional computers. Many possible realisations have been proposed and/or tested:

* Superconductors
* Trapped ions
* Quantum dots
* Cavity quantum electrodynamics
* and many more

Ion Trap in Ultra-High Vacuum

- Most of these techniques employ lasers.  Either highly coherent lasers with minimal
linewidths like TOPTICA's series of Scientific Laser Systems, or Pulsed Lasers for
ultrafast processing like TOPTICA's FemtoFiber series.

- TOPTACA's main advantage is the extremely narrow linewidth and the unmatched wavelength
coverage for both CW and pulsed lasers

* Application Note
   Trapping and Quantum Computing

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Total:13 page:(1/1)
번호자료구분 작성자제목등록일조회수
공지 관리자 CW long-term frequency stabilization tunable laser의 정밀파장측.. 07.11.14 18342
공지 관리자 Biomedical 07.04.10 17937
공지 관리자 Material Processing-Marking, Printing 07.04.06 14139
공지 관리자 Asynchronous Optical Sampling (ASOPS) 07.03.29 9743
공지 관리자 Disc Mastering 07.02.26 9761
공지 관리자 Quantum Computing 07.02.26 8925
공지 관리자 Femtosecond Ti:Sapphire Amplifier 06.11.10 8024
공지 관리자 Femtosecond Technology 06.11.10 8240
공지 관리자 Fiber Laser for Biophotonics Microscopy 06.02.22 8743
4 down 관리자 STED Microscopy- Novel prize winning technique 15.05.20 8409
3 down 관리자 Toptica New letter 06.06.27 18471
2 관리자 Higher Power at 375nm 06.03.20 8721
1 down 관리자 Inverse Time-Resolved Fluorescence Microscope 06.02.06 11276
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