|
Sec. C
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|
|
|
Presider
|
Shougang Zhang（张首刚）
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|
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9:00-9:20
|
Lijun Wang（王力军）
Precision measurement of gravity and time, recent progress
|
14
|
|
9:20-9:40
|
Ite Yu（余怡德）
Stationary Light in Cold Atomic Media
|
15
|
|
9:40-10:00
|
Zongchao Yan（严宗朝）
Precision Studies of Few-Body Atomic and Molecular Systems
|
16
|
|
10:00-10:20
|
Tea Break
|
|
|
|
|
|
|
Presider
|
Tiancai Zhang（张天才）
|
|
|
10:20-10:40
|
Vincent Liu（刘文胜）
Novel p-orbital quantum phases in cold atom optical lattices
|
17
|
|
10:40-11:00
|
Zeyu Jeff Ou（区泽宇）
Quantum Optics with Atomic Spin Wave in Atomic Cell
|
18
|
|
11:00-11:20
|
Shengwang Du（杜胜望）
Narrow-Band Biphoton Generation and Quantum Waveform Manipulation with Cold Atoms
|
19
|
|
11:20-11:40
|
Kaijun Jiang（江开军）
Collective Oscillation of an Imbalanced Spin Population Fermi Gas
|
20
|
|
11:40-14:00
|
Lunch Time
|
|
|
|
|
|
|
|
|
|
|
Sec. D
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|
|
|
Presider
|
Hong Gao（高宏）
|
|
|
14:00-14:20
|
Yingmei Liu（刘英梅）
Number Fluctuations and Phase Space Dynamics in Sodium Spinor Condensates
|
21
|
|
14:20-14:40
|
Zhongkun Hu（胡忠坤）
Progress on Cold Atom Interferometry Gravimeter
|
22
|
|
14:40-15:00
|
Qiang Lin（林强）
拉曼脉冲型原子干涉仪研究进展
|
23
|
|
15:00-15:20
|
Jianping Yin（印建平）
A controllable beam splitter for guided cold polar molecules
|
24
|
|
15:20-15:40
|
Guoxiang Huang（黄国翔）
Linear and Nonlinear Excitations in Superfluid Fermi Gases in BCS-BEC Crossover
|
25
|
|
15:40-16:40
|
Tea Break
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Sec.E
|
|
|
|
16:00-18:00
|
Posters
|
|
|
[P01]
|
Tiancai Zhang（张天才）
Single atom control and observation of single atom in real time based on strong coupling cavity QED
|
26
|
|
[P02]
|
Junmin Wang（王军民）
Achieving long storage lifetime of single atom in optical tweezer by laser cooling and improving background pressure
|
27
|
|
[P03]
|
Zhaoying Wang（王兆英）
The atomic coherence population control using stimulated Raman transitions
|
28
|
|
[P04]
|
Kai-Kai Huang（黄凯凯）
The Power Amplification System of Narrow Linewidth Laser in Atom Interferometry
|
29
|
|
[P05]
|
Ai-Ling Yang（杨爱林）
Investigation of Highly Sensitive Atomic Magnetometer
|
30
|
|
[P06]
|
Shuiming Hu（胡水明）
Count Trace Radioactive Kr Isotopes with an Atom Trap
|
31
|
|
[P07]
|
Haichao Zhang（张海潮）
Demonstration of Neutral Atom Guiding via Radio-Frequency Field
|
32
|
|
[P08]
|
Shuyu Zhou（周蜀渝）
Double-well Array Trapping Atoms Based on Binary Optics Method
|
33
|
|
[P09]
|
Jianliao Deng（邓见辽）
POP和PCS原子钟研究
|
34
|
|
[P10]
|
Zichao Zhou（周子超）
Progress of the Rubidium fountain atomic clock
|
35
|
|
[P11]
|
Chunyan Shi （史春艳）
Magnetic field measurement on 87Rb atomic fountain clock
|
36
|
|
[P12]
|
Xucheng Wang（王旭成）
Development of a Compact Cold Rubidium Atom Clock
|
37
|
|
[P13]
|
Peng Chen（陈鹏）
Narrowband Biphoton generation via four-wave mixing in cold atoms
|
38
|
|
[P14]
|
Hongli Liu（刘洪力）, Jianfang Sun（孙剑芳）
Laser cooling and trapping of neutral mercury atoms
|
39
|
|
[P15]
|
Li Guo（郭丽）
Molecular dynamics simulation of disorder-induced heating in ultracold neutral plasma
|
40
|
|
[P16]
|
Jing Qian（钱静）
Efficient production of polar molecular Bose–Einstein condensates via an all-optical R-type atom–molecule adiabatic passage
|
41
|
|
[P17]
|
Xing-Dong Zhao（赵兴东）
A magical polarization orientation for canceling the dipole-dipole
interaction in ultracold Bosonic dipolar gases
|
42
|
|
[P18]
|
Cheng-ling Bian（边成玲）
Observation of single- and two-photon beating between independent Raman scattering
|
43
|
|
[P19]
|
Bixuan Fan（樊碧璇）
Generation of a single-photon source via a four-wave mixing process in a cavity
|
44
|
|
[P20]
|
Guo-Wan Zhang（张国万）
Enhanced Raman scattering by spatially distributed atomic coherence
|
45
|
|
[P21]
|
Shunyong Hou（侯顺永）
Stark deceleration for a supersonic ND3 molecular beam
|
46
|
|
[P22]
|
K. Zhang（张可烨）
Hamiltonian chaos in a coupled BEC–optomechanical-cavity system
|
47
|
|
[P23]
|
Xiaodong He（何晓东）
High efficient loading of two atoms into a microscopic optical trap by dynamically reshaping the trap with a spatial light modulator
|
48
|
|
[P24]
|
Jiaqi Zhong（仲嘉琪）
Measurements of the 5d6p 3F4→5d2 3F Transition Probabilities of Ba I
|
50
|
|
[P25]
|
Zheng Tan（谭政）
Realization of a Raman amplified atomic filter with switchable signal passband
|
51
|
|
[P26]
|
Zhanwei Yao（姚占伟）
Atom gyroscope based on dual-loop interferometer
|
52
|
|
[P27]
|
Lin Zhou（周林）
Measurement of Local Gravity via a Cold Atom Interferometer
|
53
|
|
[P28]
|
Peng Xu（许鹏）
Trapping a single atom in a optical bottle beam trap
|
54
|
|
[P29]
|
Xi Chen（陈曦）
Resent progress in cold atom Coherent Population Trapping frequency standard
|
55
|
|
[P30]
|
Fei Zhou（周飞）
Experimental Progress in Linear Paul Trap Quantum Information Processor
|
56
|
|
[P31]
|
Li-Ming Wang（王黎明）
Parallel Precision Calculations of Few-Body Atomic Systems
|
57
|
|
[P32]
|
Xiaojia Wang（王晓佳）
Dynamic responses of cold atoms to the magnetic field in an unbalanced 3D MOT
|
58
|
|
[P33]
|
Hongbo Xue（薛洪波）
Microwave signal generation with the optical frequency -selectively injection-locking of semiconductor laser diodes
|
59
|
|
[P34]
|
Nianfeng Liu（刘年丰）
NIM5铯原子喷泉时间频率基准钟的微波功率频移
|
60
|
|
[P35]
|
Weiliang Chen（陈伟亮）
标准频率信号超高稳定度光纤传输的研究与应用
|
61
|
|
[P36]
|
Qiang Wang（王强）
用689nm红光实现锶原子（88Sr）的二级冷却
|
63
|
|
[P37]
|
Tao Yang（杨涛）
碘分子跃迁谱线R(34)20-0和P(144)23-0超精细结构常数确定及超精细结构预测
|
64
|
|
[P38]
|
Kwang-Hua Chu（朱光华）
Possible Higher Temperature Regime of Frictionless States of Solid 4He
|
65
|
|
[P39]
|
Lie Zheng（郑烈）
冷原子研究新方法TOE
|
66
|
|
[P40]
|
Renyuan Liao
Superfluidity in Dipolar Fermi gas
|
67
|
|
[P41]
|
Linjie Zhang（张临杰）
Long-rang interaction of ultracold Rydberg atoms
|
68
|
|
[P42]
|
Yueheng Lan（兰岳恒）
正交场中的原子减速问题
|
69
|
|
[P43]
|
Zhifang Xu（许志芳）
Ground states of a binary mixture of spinor atomic Bose-Einstein condensates
|
70
|
|
[P44]
|
Cunfeng Cheng（程存峰）
Liquid-N2 cooled intense Kr* beam for a high efficiency trap
|
71
|
|
[P45]
|
Jingfang Zhang（张敬芳）
laser cooling by partially coherent light
|
72
|
|
[P46]
|
Liyan Tang（唐丽艳）
Benchmark Calculations of Polarizabilities and Long-Range Dispersion Coefficients for Atoms and Ions
|
73
|
|
[P47]
|
Liyan Tang（唐丽艳）
Calculations of Polarizabilities and Hyperpolarizabilities for H2+, HD+ , and D2+ ions
|
74
|
|
[P48]
|
Hua Guan（管桦）
Status of 199Hg+ optical clock in NIST
|
75
|
|
18:00-
|
Dinner Time
|
|