教育经历
  • 2010-9 — 2015-6
    中国科学技术大学
    物理电子学
    博士生
  • 2006-9 — 2010-6
    合肥工业大学
    应用物理学
    学士
工作经历
  • 2021-02 — 至今
     前沿交叉科学青岛研究院  山东大学 
    研究员/教授
  • 2020-01 — 2020-10
     机械工程系  佐治亚理工学院 
    博士后
  • 2017-06 — 2019-12
     辐射肿瘤系  德州大学西南医学中心 
    博士后
  • 2015-07 — 2017-05
     近代物理系  中国科学技术大学 
    博士后
研究概况

关于研究领域的一点小讨论:

选择读研之前(那时没有夏令营,学长学姐考什么方向,我们就考什么方向),只考虑了学校和物理类,没考虑具体研究方向。机缘巧合进入核探测领域(这要感谢我的第一位核探测领域的启蒙老师),跟着师兄学习了量能器、气体探测器等的测试,熟悉了很多探测器的原理,这给我在之后国外再一次学习做探测器提供了很大帮助(学习的每一小步都是有意义的)。研二因一块高大上的探测器前端电子学读出板,误入‘歧途’,开始搞核电子学(模电数电考得一塌糊涂,也不知哪来的勇气)。三年之后,在导师的耐心指导下,竟然还毕业了(非常感谢第二位老师给予的学习机会)。

毕业后,投了老美的很多博后职位,都石沉大海。经过2年的努力和等待,终于有几家研究所和高校有意向了。于是,挑了个核医学领域的博后职位(并没有选择核电子学的博后职位,其实只想看看自己学的东西有啥用)。核医学领域一待就是2年半(除做电子学外,又重新做起了探测器评估测试),造了一台小动物PET系统后,鬼使神差地对PET图像重建产生了兴趣,在与合作导师商讨无果后(主打一个‘不听话’的学生),决定跑路了(感谢合作导师当时的宽容)。于是在没有任何明面上学术成果(论文+基金)的情况下,跑去另外一个城市玩CT图像重建去了,所以结果可想而知了(一言难尽。。。)。最后,因为疫情,回国后,继续干老本行。

纵观本人的研究经历,没有限定的研究方向,喜欢什么就搞什么,这可能就是学术界的包容之处吧!

不过,为了在学术界“生存”下去,还是要有点东西的,具体如下:

       1、核电子学方向:参与欧洲核子中心ATLAS大型探测器触发电子学升级,主要研究内容:粒子探测器前端电子学研发、后端高速数据处理系统、GUI用户界面开发等;

       2、核医学仪器开发:主要研究内容:PET探测器研发、小型化前端读出电子学系统、高空间分辨PET系统、。


欢迎对核电子学和核医学感兴趣的学生报考本方向的研究生!或者你有更好的研究方向,我们一起研讨。


研究方向
论文成果

(1) The New Small Wheel electronics.Journal of Instrumentation.2023,18 (5)

(2) STCF conceptual design report (Volume 1): Physics & detector.FRONTIERS OF PHYSICS.2023,19 (1)

(3) 赵飞菲.Continuous Solar Energy Conversion Windows Integrating Zinc Anode-Based Electrochromic Device and IoT System.ADVANCED MATERIALS.2024

(4) Sun, Yang.The prototype of the front-end electronics for STCF muon detector.Nuclear Inst. andMethods in Physics Research, A.2024,1065

(5) 王博.A compact and highly integrated 128-channel FPGA-based readout electronics for nuclear imaging application.Nuclear Inst. andMethods in Physics Research, A.2024,1064

(6) STCF conceptual design report (Volume 1): Physics & detector.FRONTIERS OF PHYSICS.2023,19 (1)

(7) The New Small Wheel electronics.Journal of Instrumentation.2023,18 (5)

(8) Liu, Songqing.An FPGA-based ADC using Multi-Chain Merged method.IEEE TRANSACTIONS ON NUCLEAR SCIENCE.2024,71 (3)

(9) 王彬.Inhibiting Vanadium Dissolution of Potassium Vanadate for Stable Transparent Electrochromic Displays.SMALL SCIENCE.2023,3 (9)

(10) 李玉英.Design and development of multi-channel front end electronics based on dual-polarity charge-to-digital converter for SiPM detector applications.核科学与技术(英文版)(中国科学院).2023,34 (2)

(11) 李长裕.Coincidence time resolution of radiation detector based on 6x6 mm(2) ToF SiPM detectors with different readout schemes.FRONTIERS IN PHYSICS.2023,11

(12) 刘兆志.An FPGA Charge-to-Digital Converter Based on Voltage-Referenced Receivers for PET Applications.2023

(13) 胡坤.Improvement of sigma delta charge readout method for radiation detector application.NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT.2022,1024

(14) Kun Hu.A multi-functional front end readout electronics system for PET detector application.Jinst.2021,16 (P08051)

(15) Kun Hu.Investigation of SiPM performance Stability for On-line PET Imaging with Scanning Proton Pencil Beams.2019 IEEE Nuclear Science Symposium and Medical Imaging Conference (NSS/MIC).2019

(16) Kun Hu.Performance comparison of two SiPM arrays with matrix or row/column output electrodes for PET and radiation detector applications.2018 IEEE Nuclear Science Symposium and Medical Imaging Conference Proceedings (NSS/MIC).2018

(17) Xinyi Cheng.Field-programable-gate-array-based distributed coincidence processor for high count-rate online positron emission tomography coincidence data acquisition.Physics in medicine and biology.2021,66 (5)

(18) Houbing Lu.Development of FEB Test Platform for ATLAS New Small Wheel Upgrade.IEEE TRANSACTIONS ON NUCLEAR SCIENCE.2016,63 (5)

(19) Kun Hu.The Improved Design of Multi-channel Thin Gap Chamber Simulation Signal Source for the ATLAS Detector Upgrade.Chinese Physics Letters.2015,32 (8)

(20) Kun Hu.An FPGA-Based Pulse Pile-up Rejection Technique for Photon Counting Imaging Detectors.CHINESE PHYSICS LETTERS.2015,32 (3)

(21) Xinyi Cheng.Dual-Polarity SiPM Readout Electronics Based on 1-bit Sigma-Delta Modulation Circuit for PET Detector Applications.IEEE TRANSACTIONS ON NUCLEAR SCIENCE.2019,66 (9)

(22) Kun Hu.Note: The design of thin gap chamber simulation signal source based on field programmable gate array.REVIEW OF SCIENTIFIC INSTRUMENTS.2015,86 (1)

(23) Kun Hu.A low noise front end electronics for micro-channel plate detector with wedge and strip anode.JINST.2016,11 (11)

(24) Kun Hu.A Front-End Electronics Prototype Based on Gigabit Ethernet for the ATLAS Small-Strip Thin Gap Chamber.IEEE TRANSACTIONS ON NUCLEAR SCIENCE.2017,64 (6)

(25) Kun Hu.Real-Time Data Acquisition for Single Photon Imaging Detector.IEEE Transactions on Nuclear Science.2016,63 (2)

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