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王坚
单位:物理学院
地址:中国科技大学近代物理系
邮编:230026
电话:+86-551-3603177
个人主页: http://210.45.78.50:8000/
实验室介绍: http://210.45.78.50:8000/
 
个人简历 Personal resume
IEEE 高级会员(Senior Member),研究方向主要为物理电子学,核电子学,集成电路设计,包括光电成像系统,探测器低噪声读出系统,物理实验的数据获取系统,数据高速的高速数字化,数据的实时处理以及数据的高速传输,及相关的ASIC设计技术。针对制约光电系统的关键部件科学级相机在国内研制的短板,在光学红外光电探测领域发展了一系列自主技术,解决了科学级CCD相机研制中低噪声读出,红外天光背景测量中微弱红外信号低噪声高增益读出,量子保密通讯中高速信号发射和探测,实时密钥生成,以及望远镜自主观测和远程控制等难题,研制完成系列科学级CCD相机,完成首个自主研制的南极科学级CCD相机并应用在中国之星小望远镜阵升级版CSTAR2上;研制完成首个自主研制的红外天光背景仪并成功部署在南极昆仑站;针对LAMOST完成首个大型望远镜观测控制系统;完成多个南极望远镜和设备的自主观测和远程控制;相关项目以主要参与人多次获得年度十大天文科技进展以及中国十大科技进展新闻,安徽省科技进步一等奖。作为副总设计师负责双一流学科大装置大视场巡天望远镜的核心部件主焦相机的研制,主持基金委面上及海外合作基金等项目。申请11项国家专利,授权7项,在包括Publications of the Astronomical Society of the Pacific,Experimental Astronomy,IEEE系列杂志,Optics Express, Review of Scientific Instruments,Journal of Instrumentation, Journal of Astronomical Telescopes, Instruments, and Systems等国际高影响力的学术刊物,以第一作者和通讯作者发表论文50余篇。
 
研究方向 Research direction
1、光电探测和成像系统
2、望远镜观测和控制
3、集成电路设计
 
招生信息 Enrollment information
知识背景:模拟、数字电路设计,核电子学方法,嵌入式设计,数据结构等;
考研考试科目:电路基础、模拟电路、数字电路、微机原理;
科研条件:中科院核探测技术与核电子学重点实验室;核探测和核电子学国家重点实验室;安徽省物理电子学重点实验室
学生待遇:根据工作情况,由实验室统一确定。
 
论文专著 The monograph
1) A Scientific CCD camera for CSTAR2 telescope in Antarctica - Journal of Astronomical Telescopes, Instruments, - 201903 - 5(3), 036002
2)  Design of a near-infrared sky brightness monitor and field measurement at the Ngari observatory, Tibet - Journal of Astronomical Telescopes, Instruments, and Systems, - 2018.1 -
3) Design of a simulation and test system for CCD controller - IEEE Transactions on Nuclear Science - 201907 - 66(7): 1267 – 1272
4) Design of EPICS and Web based Remote Control Software of Near-Infrared Sky Brightness Monitor in Antarctica, - IEEE Transactions on Nuclear Science - 201908 - 66(8): 1998 – 2004
5) Design of a Non-vacuum-cooling Compact CCD Camera for Scientific Detection - IEEE Transactions on Nuclear Science - 201910 - 66(10):2286-2292
6) Detection of a Weak Near-Infrared Signal Using a Digital Orthogonal-Vector Lock-in Amplifier - JOURNAL OF INSTRUMENTATION - 201905 - Volume 14, P05011
7) Design and test of driver and readout ASICs for scientific CCD detectors - JOURNAL OF INSTRUMENTATION - 201905 - Volume 14 C06002
8) Design of a scientific CCD camera with a large focal plane of 4k x 4k pixels for BSST telescope in Antarctica - JOURNAL OF INSTRUMENTATION - 201905 - Volume 14 C05014
9) Design of ultra-low noise and low temperature usable power system for high-precision detectors, - IEEE Transactions on Nuclear Science - 2016.1 -
10) Design of a Multiband Near-infrared Sky Brightness Monitor Using an InSb Detector, - Review of Scientific Instruments - 2018.2 -
11) A bias-free quantum random number generation using photon arrival time selectively - IEEE Photonics Journal - 2015.2 -
12) A FPGA-Based Energy Measurement Approach for High-Repetition Rate Narrow Laser Pulses - IEEE Transactions on Nuclear Science - 2018.9 -
13) A generic reconfigurable system with high-speed data transmission and high-precision time measurement applied to a quantum bit commitment experiment, - IEEE Transactions on Nuclear Science - 2015.6 -
14) Real-time energy measurement of high repetition rate ultrashort laser pulses using pulse integration and FPGA processing - Rev. Sci. Instrum. - 2016.1 -
15) An Autonomous Observation and Control System Based on EPICS and RTS2 for Antarctic Telescopes - Monthly Notices of the Royal Astronomical Society - 2016.1 -
16) Study of Full Parallel RS(31,27) Encoder for a 3.2 Gbps Serial Transmitter in 0.18 um CMOS Technology - JOURNAL OF INSTRUMENTATION - 2019.2 - Volume 14
17) Study of central control system for FAST - EXPERIMENTAL ASTRONOMY - - 0922-6435
18) A Study on Generic Models of Control Systems of Large Astronomical Telescopes - PUBLICATIONS OF THE ASTRONOMICAL SOCIETY OF THE PACIFIC - - 0004-6280
19) A Web Service Framework for Astronomical Remote Observation in Antarctica using Satellite Link - Astronomy and Computing - 2018.7 -
20) A Heating System of Shutter House for the Antarctic Bright Stars Survey Telescope - Journal of Astronomical Telescopes, Instruments, - 2017 - 3(1), 015001
21) Design of High-repetition Rate Photon Source in Quantum Key Distribution System - Sci China Info Sci - 2013 - 56: 092305(7)
22) A real-time design based on FPGA for Expeditious Error Reconciliation in QKD system - IEEE transactions on Information Forensics and Sec - 2013 - Vol. 8, Issue 1, pp. 184-190
23) Metropolitan all-pass and inter-city quantum communication network - Optics Express - 2010 - 2010,18
24) decoy_state qkd with polarized photons over 200km - Optics Express - 2010 - 2010,18
25) Research of application layer for large astronomical telescope Observatory Control System framework - CiSE - 2009,1 - 2009,12
26) Design of FPGA and USB based Control board for Quantum Random Number Generator - Optoelectronics Letters - 2009,5 - 2009,5
27) Research of HASH-based Secure Key Expansion Algorithm for Practical QKD - OPTIK- International Journal for Light and Electro - 2013 - 124(15):2273-2276
28) An authentication scheme with high throughput based on FPGA for a practical QKD system - Optik - International Journal for Light and Electr - 201512 - Volume 126, Issue 23
29) Field test of a practical secure communication network with decoy-state quantum cryptography - Optics Express - 2009 - 2009,17(8)
30) Development of Framework for Centralized Control System(CCS) in ICF experiments, - Plasma Science & Technology - 2008 - 2008,10(1)
31) The Design of Observatory Control System of LAMOST - Plasma Science & Technology - 2006 - 2006,8(3)
32) FPGA and USB based Control board for Quantum Random Number Generator - Optoelectronics Letters(光电子 激光 英文版) - -
 
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