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PROGRAM
August 22, Sunday
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Opening Ceremony |
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|
Presider |
Suotang Jia |
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8:30-9:00 |
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Sec. A |
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|
Presider |
Tiancai Zhang |
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9:00-9:35 |
Jeff Kimble California Institute
of Technology, USA
Quantum networks |
1 |
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9:35-10:10 |
Howard Carmichael University of
Auckland, New Zealand
1. Breakdown of multi-photon blockade: a
dissipative quantum phase transition; 2. Quantum trajectory
theory of ground-state quantum beats in atomic spontaneous
emission |
2 |
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10:10-10:35 |
Luis A. Orozco
Joint Quantum Institute, USA
Ground-state quantum beats in atomic
spontaneous emission |
3 |
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10:35-10:55 |
Group Photo and Tea break |
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|
Presider |
Pierre Pillet |
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10:55-11:20 |
Ping Koy Lam The Australian
National University
Gradient-photon echo as a random access
quantum memory |
4 |
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11:20-11:45 |
Ite A. Yu National Tsing Hua
University, Taiwan
Slow, stored, and stationary light pulses for
quantum information manipulation |
5 |
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11:45-12:10 |
Weiping Zhang East China Normal
University, China |
6 |
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12:00 |
Lunch Time |
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Sec.B |
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Presider |
Luis A. Orozco |
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14:00-14:35 |
Peter Drummond Swinburne University
of Technology, Australia
EPR, Bell and entanglement in BEC |
7 |
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14:35-15:00 |
Pierre Pillet
Univ Paris-Sud, France |
8 |
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15:00-15:25 |
Kae Nemoto National Institute of
Informatics, Japan
System design: from quantum devices to
quantum information networks |
9 |
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15:25-15:50 |
Shengwang Du
Hong Kong University of Science and Technology
Narrow-band biphoton generation near atomic
resonance with controllable waveforms |
10 |
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15:50-16:05 |
Tea break |
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|
Presider |
Kae Nemoto |
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16:05-16:30 |
Shi-Jian Gu
The Chinese University of Hong Kong
Critical properties of the fidelity
susceptibility |
11 |
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16:30-16:55 |
Xuzong Chen
Peking University, China
Matter wave amplification in one dimensional
optical lattice |
12 |
|
16:55-17:20 |
Jinwu Ye
Pennsylvania State University, USA
Photon phase diffusion and number squeezed
state |
13 |
|
17:20-17:40 |
Han Yang University
of Calgary, Canada
Quantun memory based
on drectly turning transition dipole moment on and off |
14 |
|
Presider |
Jiangfeng Du |
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17:40-18:00 |
Liantuan Xiao Shanxi University,
China
Sensitivity enhancement
for vi-rotational photoassociation spectroscopy of cold
molecules |
15 |
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18:00-18:20 |
Lijian Zhang University of
Oxford, UK
Towards photonic quantum information
processing in the real world |
16 |
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18:20-18:40 |
Ligang Wang Chinese University of
Hong Kong
Properties of Light fields near optical Dirac
point |
17 |
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18:40-19:00 |
Seiji Armstrong Australian National
University
Experimental demonstration of computer
reconfigurable multimode entanglement |
18 |
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19:00- |
Banquet |
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August 23, Monday
|
Sec.C |
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|
Presider |
Barry Sanders |
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8:30-9:05 |
Franco Nori RIKEN Advanced Science
Institute, Japan, and Univ. of Michigan, USA
Atomic physics and quantum optics using
circuits: An overview of recent results on superconducting
qubits |
19 |
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9:05-9:30 |
Jiangfeng Du University of Science and
Technology of China |
20 |
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9:30-9:55 |
Jorg Evers
Max-Planck-Institut f¨¹r Kernphysik, Germany
Cooling of a nanomechanical resonator coupled
to flux qubits |
21 |
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9:55-10:20 |
Jason Twamley Macquarie University,
Australia
Novel effects in superconducting quantum
optics: ultra-large optical
nonlinearities, hybrid systems and
super-radiance |
22 |
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10:20-10:35 |
Tea break |
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|
Presider |
Jorg Evers |
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10:35-11:00 |
Barry Sanders University of Calgary,
Canada
Machine learning for precise quantum
measurement |
23 |
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11:00-11:25 |
Yang Yu Nanjing University, China
Tunable mirrors for quantum manipulation in a
superconducting phase qubit |
24 |
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11:25-11:50 |
Min Xiao University of Arkansas &
Nanjing University
Controlling High-order Nonlinear Optical
Processes in Coherent Atomic Media |
25 |
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11:50-12:15 |
Shi-Yao Zhu Hong Kong Baptist
University
Influence of quantum interference of energy
shifts on spontaneous emission |
26 |
|
12:00 |
Lunch |
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Sec.D |
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Presider |
Jason Twamley |
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14:00-14:25 |
Choo-Hiap Oh National University of
Singapore
Geometric entangling gates in decoherence-free
subspaces with minimal requirements |
27 |
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14:25-14:50 |
Akinori Kawachi Tokyo Institute of
Technology, Japan
Quantum proofs for classical cryptography |
28 |
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14:50-15:15 |
Zbigniew Ficek King Abdulaziz City for Science and Technology
(KACST),
Saudi
Arabia
Entanglement created by dissipation |
29 |
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15:15-15:30 |
Tea break |
|
|
Presider |
Min Xiao |
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15:30-15:55 |
Guilu Long Tsinghua University,
China
Quantum secure direct communication |
30 |
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15:55-16:20 |
Xiangbin Wang Tsinghua University, China
Entanglement distribution maximization over
one-sided Gaussian noisy channel |
31 |
|
16:20-16:45 |
Hsi Sheng Goan National Taiwan
University, Taiwan
Non-Markovian two-time correlation functions
of system operators: beyond the quantum regression theorem |
32 |
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16:45-17:05 |
Peng Xue Department of Physics,
Southeast University
Many-body interactions with single-electron
quantum dots for topological quantum computation |
33 |
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17:05-17:25 |
Chunfeng Wu National University of
Singapore
Geometric quantum gates in trapped ions |
34 |
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17:25-18:15 |
Poster Sec.
(All posters should be posed posted from
August 22 to 24) |
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18:15-19:15 |
Dinner |
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|
19:15 |
Take bus to Shanxi university for a
Concert |
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20:00-21:30 |
Concert(Academy of Music, Shanxi
university) |
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August 24,
Tuesday
|
Sec. E |
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|
Presider |
Zbigniew Ficek |
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8:30-9:05 |
Paul Lett National Institute of
Standards and Technology, USA
Generation of entangled images by four-wave
mixing in an atomic vapor |
35 |
|
9:05-9:30 |
Margaret Reid Swinburne University of Technology, Australia
Criteria for multipartite qudit nonlocality |
36 |
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9:30-9:55 |
Heping Zeng
East China Normal University |
37 |
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9:55-10:10 |
Tea break |
|
|
Presider |
Shi-Yao Zhu |
|
|
10:10-10:35 |
Julien Laurat
Universit¨¦ Pierre et Marie Curie, France
Quantum networking with continuous variables
of atoms and light |
38 |
|
10:35-11:00 |
Hidehiro Yonezawa
University of Tokyo, Japan
Quantum information experiments with squeezed
states of light |
39 |
|
11:00-11:25 |
Oliver Pfister University of
Virginia , USA
Protecting an EPR state by quantum
engineering of decoherence |
40 |
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11:25-11:50 |
Jing Zhang Shanxi University,
China
Generation and application of
continuous-variable multipartite entangled states |
41 |
|
11:50 |
Lunch |
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Sec. F |
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|
Presider |
Hsi Sheng Goan |
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14:00-14:25 |
Ling-An Wu Institute of Physics, Chinese
Academy of Sciences, China
From classical to quantum imaging - and back? |
42 |
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14:25-14:50 |
ZengBing Chen
University of Science and Technology of China
Applications of multi-photon
hyper-entanglement |
43 |
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14:50-15:15 |
Yoon-Ho Kim Pohang University of Science and
Technology, Korea
Nonlocal dispersion cancellation using
entangled photons |
44 |
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15:15-15:40 |
Kohzo Hakuta University of
Electro-Communications, Japan
Manipulating single-photon generation using
optical nanofibers |
45 |
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15:40-15:55 |
Tea break |
|
|
Presider |
Choo-Hiap Oh |
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15:55-16:20 |
Hyunseok Jeong
Seoul National University, Korea
Macroscopic entanglement and its usefulness
in quantum information science |
46 |
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16:20-16:45 |
Jinshi Xu University of Science and
Technology of China
Experimental investigation of the dynamics
of quantum entanglement and quantum correlation |
47 |
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16:45-17:05 |
Xiaoying Li Tianjin University, China
Fiber based source of photon pairs with high
coherence |
48 |
|
Presider |
Yoon-Ho Kim |
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17:05-17:25 |
Aiko Samblowski Leibniz University of
Hannover, Germany
Unconditional Preparation of Bound
Entanglement |
49 |
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17:25-17:45 |
Ping Xu Nanjing University,
China
Shaping the wavefront of entangled photons by
domain engineering technique |
50 |
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17:45-18:05 |
Hongxin Zou National University of
Defense Technology, China
CV-QKD with coherent state and quantum random
number generator |
51 |
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18:05-19:05 |
Dinner |
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19:05-21:30 |
Take bus for Laboratory visit (State Key
Laboratory of Quantum Optics and Quantum Optics Devices, Shanxi
University) |
|
(Note: All posters should be posted from August 22 -
24, and may be discussed in all break time, especially between
17:25-18:15, August 23, Monday. The size of poster is 90 cm(width)¡Á120
cm(height))
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Poster |
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[P1] |
Zhijiao Deng National University of
Defense Technology, China
State transfer and entanglement with atomic
ensembles in a one-dimensional fibre-coupled cavity chain |
53 |
|
[P2] |
Yaomin Di Xuzhou Normal University,
China
Synthesis of ternary quantum circuit. |
54 |
|
[P3] |
Yanxiao Gong Nanjing University, China
Generating multiphoton path entanglement by
parametric down-conversion processes in a single periodically
poled crystal |
55 |
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[P4] |
Pengbo Li Xi'an Jiaotong University,
China
Controlled generation of field squeezing
with cold atomic clouds coupled to a superconducting
transmission line resonator |
56 |
|
[P5] |
Kaihong Luo Institute of Physics,
Chinese Academy of Sciences, China
Nonlocal Talbot self-imaging with thermal
light |
57 |
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[P6] |
Aiqun Ma Dalian Jiaotong University,
China
Quantum entropy of an initially squeezed
vacuum field interacting with two identical entangled atoms in
Bell states |
58 |
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[P7] |
Haiqiang Ma Beijing University of
Posts and Telecommunications, China
A modified ¡®¡®Plug and Play¡¯¡¯ system for
quantum cryptography |
59 |
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[P8] |
Xiaosan Ma University of Technology
of Anhui, China
Effect of non-Markovian dynamics on the
violation of tripartite Bell inequalities |
60 |
|
[P9] |
Qingliang Wang Xinzhou Teachers
University, China
Quantum game of
the same color cards |
61 |
|
[P10] |
Yuping Xu Suzhou University, China
Entanglement resonance of the first and the
last Spins in different Heisenberg chains |
62 |
|
[P11] |
Wangli Yang Wuhan Institute of
Physics and Mathematics,
Chinese Academy of Sciences, China
Quantum-information-processing
architecture with endohedral fullerenes in a carbon nanotube |
63 |
|
[P12] |
Ying Yang Suzhou University, China
The effect on entanglement storage by spin
ladder |
64 |
|
[P13] |
Zhiming Zhang South China Normal
University
Quantum entanglement distribution with hybrid
parity gate |
65 |
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[P14] |
Daiguo He Suzhou University, China
Schemes for the generation of four-partite W
state |
66 |
|
[P15] |
Guangqiang
He
Shanghai Jiaotong University, China
Continuous variable entanglement and its
measurement methods |
67 |
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[P16] |
Jie Hu Suzhou University,
China
Entanglement dynamics of Ising model with
Dzialoshinski-Moriya interaction in an inhomogeneous magnetic
field |
68 |
|
[P17] |
Weitao Liu National University of
Defense Technology, China
Experimental attack against practical quantum
key distribution system based on weak laser pulses |
69 |
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[P18] |
Zhenda Xie Nanjing University,
China
Nth-order spatial correlation and ghost
imaging with broadband thermal light |
70 |
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[P19] |
Shujing Li Shanxi University, China
Quantum Interference of Stored Coherent
Spin-wave Excitations in a Two-channel Memory |
71 |
|
[P20] |
Zhenqiang Yin
University of Science and Technology of China
Security of ¡±counterfactual quantum
cryptography¡± |
72 |
|
[P21] |
Peilin You Guangdong Ocean
University, China
Experimental
search for the permanent
electric dipole moment of an K atom |
73 |
|
[P22] |
Pengjun Wang, Shanxi University,
China
Observation of collective atomic recoil
motion in a momentum-squeezed, ultra-cold, degenerate fermion
gas |
74 |
|
[P23] |
Jun He, Shanxi University,
China
Achieving longer lifetime of single cesium
atom in an optical tweezer by pressure improving and laser
cooling |
75 |
|
[P24] |
Xudong Yu Shanxi University,
China
Strong interaction with rubidium vapor
inside an optical cavity |
76 |
|
[P25] |
Yongmin Li Shanxi University,
China
Generation of two-color continuous variable
quantum entanglement at alkaline atoms absorption line and
telecom wavelengths |
77 |
|
[P26] |
Pengfei Zhang Shanxi University,
China
Single atom control and observation of single
atom in real time based on strong coupling cavity QED |
78 |
|
[P27] |
Yu Wang Shanxi University,
China
Experimental study on optical continuous
variable CNOT-gate |
79 |
|
[P28] |
Zhigang Feng Shanxi University,
China
Collisional cross sections measurement of
ultracold cesium Rydberg states |
80 |
|
[P29] |
Jizhou Wu Shanxi University,
China
High sensitive determination of laser-induced
frequency shifts of ultracold molecules using a frequency
shifter |
81 |
|
[P30] |
Zhong-Hua Ji Shanxi
University, China
Hyperfine-state-changing cold collision in Rb-Cs
magneto-optical trap |
82 |
|
[P31] |
Guofeng Zhang Shanxi University,
China
Single Molecules Probe the Dynamics of
Polymer Glasses Surface |
83 |
|
[P32] |
Yanrong Song Beijing university of
technology
Laser pumped semiconductor laser |
84 |
|
[P33] |
Xinyu Pan Chinese Academy of
Sciences
Nuclear spin induced collapse and revival
shape of Rabi oscillations of a single electron spin in diamond |
85 |
|
[P34] |
Zong-Quan Zhou University of Science
and Technology of China
Phase compensation enhancement of photon pair
entanglement generatedfrom biexciton decay in quantum dots |
86 |
|
[P35] |
Jun-Xiang Zhang Shanxi University,
China
Doppler-free emission and absorption in an
electromagnetically-induced-transparency gas system |
87 |
|
[P36] |
Yang Rong-Guo, Shanxi University,
China
Generation of squeezing and entanglement in
TEM01 mode |
88 |
|
[P37] |
Kui Liu Shanxi University,
China
Experimental Generation of Tripartite
Correlations in SHG |
89 |
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