1.1.
Introduction
1.2.
Basic Knowledge
1.2.1.
Basic
1.2.2.
Experimental Realization Of Wheeler S Delayed Choice Gedanken Experiment
1.2.3.
Measurement Of Subpicosecond Time Intervals Between Two Photons By Interference
1.2.4.
Probing Quantum Commutation Rules By Addition And Subtraction Of Single Photons To Or From A Light Field
1.2.5.
Ruling Out Multi Order Interference In Quantum Mechanics
1.3.
Single Photon Sources
1.3.1.
High Efficiency Single Photon Generation Via Large Scale Active Time Multiplexing
1.3.2.
New High Intensity Source Of Polarization Entangled Photon Pairs
1.3.3.
Push Button Photon Entanglement
1.3.4.
Tailoring Single Photon And Multiphoton Probabilities Of A Single Photon On Demand Source
1.4.
Boson Sampling
1.4.1.
Gaussian Boson Sampling
1.4.2.
Interference Of Identical Particles From Entanglement To Boson Sampling
1.4.3.
Multi Photon Entanglement And Interferometry
1.4.4.
Quantum Information With Gaussian States
1.4.5.
Time Bin Encoded Boson Sampling With A Single Photon Device
1.5.
Quantum Manipulation
1.5.1.
12 Photon Entanglement And Scalable Scattershot Boson Sampling With Optimal Entangled Photon Pairs From Parametric Down Conversion
1.5.2.
Experimental Entanglement Swapping Entangling Photons That Never Interacted
1.5.3.
Experimental Quantum Teleportation
1.5.4.
Observation Of Three Photon Greenberger Horne Zeilinger Entanglement
1.5.5.
Quantum Copying Beyond The No Cloning Theorem
1.5.6.
Teleporting An Unknown Quantum State Via Dual Classical And Einstein Podolsky Rosen Channels
1.6.
Algorithm
1.6.1.
Photonic Recurrent Ising Sampler
1.7.
Quantum Communication
1.7.1.
Communication Via One And Two Particle Operators On Einstein Podolsky Rosen States
1.7.2.
Quantum Cryptography Using Any Two Nonorthogonal States
1.7.3.
Quantum Secret Sharing
1.8.
References
Lab Weekly Journal
2.1.
Lab Weekly Journal
2.1.1.
2019
2.1.1.1.
04.01~04.07
2.1.1.2.
04.09~04.12
2.1.1.3.
04.15~04.19
2.1.1.4.
04.22~04.26
2.1.1.5.
05.13~05.17
2.1.1.6.
05.20~05.31
2.1.1.7.
06.03~06.06
2.1.1.8.
06.28~07.30
2.1.1.9.
08.30
2.1.1.10.
09.02~09.06
Published with GitBook
08.30
2.1.1.9.
8.30 与江老师谈话纪要
2.1.1.9. 8.30 与江老师谈话纪要
需要测试单片机ADC性能是否满足需求。精度与采样率
单独测试光学模块部分
考虑能否去掉APD
他们组有做ADC模块与放大模块，可以兜底
调节光程可以考虑光纤拉伸器
测试光强计对高瞬时功率，低平均功率激光脉冲的响应，查看是否会有削峰的问题存在
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