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航天—辐射与防辐射|
- My questions on QKD (II): CV protocol fiber and free space based QKD
- What are the key theoretical problems? Security proof of coherent state and squeezed state CV protocols for bare CVQKD system: What's the measure of security and so what's the absolute secure case (criterion)? How to provethe absolutesecurity of squeezed state andcoher ...
- My questions on QKD (I): single photon protocol fiber based QKD
- What are the key theoretical problems? Security proof of BB84 and E91, etc., protocols for bare QKD system: What's the measure of security and so what's the absolute secure case (criterion)? How to provethe absolutesecurity of BB84 and E91 protocol using a general approach? ...
- My question on the keys in QCI, slow light, light storage and optical buffer
- The following is the key for the optical buffer using QCI mechanism: bandwidth-delay-product (BDP): Hence, we need not only more delay, but alsobigger bandwidth of the QCI (EIT, CPO, or whatever) window. how about gaseous medium: too narrow bandwidth but the delay is very go ...
- My questions on quantum entanglement (II): generation of entanglement and relate
- 1) Some basics: So far, how many kninds of entanglement are there? I mean, for multipartite entangled states, we know both W state and GHZ state. I just want to know their properties. 2) How to generate photon-photon pair? How many methods are there available so far? At least for SSPDC method, w ...
- My questions on quantum entanglement (I): measure and measurement of entanglemen
- The following questions are those related to quantum entanglement in my mind: 1) What's the general definition of the measure of entanglement? so, far, we have got to know several items, such as Schmidt number, von Neumann entropy (compare with Shannon entropy), and concurrence. 2) ...
- 2008中国大学排行榜
- 2008中国大学排行榜 http://www.sciencenet.cn/htmlnews/200813102449423198383.html
- Colloquium: Manipulating quantum entanglement with atoms and photons in a cavity
- REVIEWS OF MODERN PHYSICS, VOLUME 73, 565-582 (2001). Manipulating quantum entanglement with atoms and photons in a cavity
- Quantum control of light using electromagnetically induced transparency
- JOURNAL OF PHYSICS B: ATOMIC, MOLECULAR AND OPTICAL PHYSICS 38, S589S604 (2005). Quantum control of light using electromagnetically induced transparency
- Electromagnetically induced transparency
- Physics Today 50, 36-42 (1997). Electromagnetically induced transparency
- Controlling the speed of light pulses
- JOURNAL OF PHYSICS B: ATOMIC, MOLECULAR AND OPTICAL PHYSICS 35, R31-R56 (2002). Controlling the speed of light pulses
