Wong, Henry Tsz King / Distinguished Research Fellow

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Contact Information

Education

  • B.A. in Physics, University of Oxford, U.K.
  • Ph.D. in Physics, California Institute of Technology, U.S.A.

Secretary

Su, Jingxuan / 886-2-2789-6784

jingxuan [at] sinica.edu.tw

Research Interest

  • Neutrino Physics and Astrophysics
  • Dark Matter Physics
  • Gravitation Experimentation
  • Particle Physics Instrumentation

獎項及殊榮

(1) 國內學術研究獎項 2018-01 中華民國物理學會 會士
(2) 國際學術研究獎項 2017, 2018, 2019, 2020, 2021, US-NSF PIRE Program, partnership with Taiwan-MoST, Research Award Co-Principal Investigator
(3) 國內學術研究獎項 2017, 2018, 2019, 2020, 2021 中央研究院深耕計畫
(4) 國際學術研究獎項 2016-07 美國國家儀器(National Instruments) 公司 全球 2016 Engineering Impact 獎 Advanced Research 類 次名
(5) 國內學術研究獎項 2014, 2015, 2016 科技部 傑出研究獎
(6) 國內學術研究獎項 2011, 2012, 2013, 2014, 2015 中央研究院深耕計畫
(7) 國內學術研究獎項 2005 中研院年輕學者研究著作獎

Experience

  • Research Fellow, California Institute of Technology, U.S.A.
  • Research Fellow, European Laboratory of Particle Physics (CERN),
  • Research Staff Physicist, CERN, Switzerland

Publication

Journal Papers

  • [1]     Xu R., Yang L. T., Yue Q., Kang K. J., Li Y. J., Agartioglu M., An H. P., Chang J. P., Chen Y. H., Cheng J. P., Dai W. H., Deng Z., Fang C. H., Geng X. P., Gong H., Guo X. Y., Guo Q. J., He L., He S. M., Hu J. W., Huang H. X., Huang T. C., Jia H. T., Jiang X., Li H. B., Li J. M., Li J., Li Q. Y., Li R. M. J., Li X. Q., Li Y. L., Liang Y. F., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y., Liu Y. D., Liu Y. Y., Liu Z. Z., Ma H., Mao Y. C., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Ren J., Ruan X. C., Saraswat K., Sharma V., She Z., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wong H. T., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yan Y. L., Yeh C. H., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang B. T., Zhang F. S., Zhang L., Zhang Z. H., Zhang Z. Y., Zhao K. K., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2022, “Constraints on sub-GeV dark matter boosted by cosmic rays from the CDEX-10 experiment at the China Jinping Underground Laboratory”, Physical Review D, 106(5), 052008. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [2]     Liu C.-P., Wu Chih-Pan, Chen Jiunn-Wei, Chi Hsin-Chang, Pandey Mukesh K., Singh Lakhwinder, Wong Henry T., 2022, “Spin-dependent dark matter-electron interactions”, Physical Review D, 106(6), 063003. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [3]     Dai W. H., Ma H., Yue Q., She Z., Kang K. J., Li Y. J., Agartioglu M., An H. P., Chang J. P., Chen Y. H., Cheng J. P., Deng Z., Fang C. H., Geng X. P., Gong H., Guo Q. J., Guo X. Y., He L., He S. M., Hu J. W., Huang H. X., Huang T. C., Jia H. T., Jiang X., Li H. B., Li J. M., Li J., Li Q. Y., Li R. M. J., Li X. Q., Li Y. L., Liang Y. F., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y., Liu Y. Y., Liu Z. Z., Mao Y. C., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Ren J., Ruan X. C., Saraswat K., Sharma V., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wong H. T., Wu S. Y., Wu Y. C., Xing H. Y., Xu R., Xu Y., Xue T., Yan Y. L., Yang L. T., Yeh C. H., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang B. T., Zhang F. S., Zhang L., Zhang Z. H., Zhang Z. Y., Zhao K. K., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2022, “Search for neutrinoless double-beta decay of <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mrow><mml:mmultiscripts><mml:mrow><mml:mi>Ge</mml:mi></mml:mrow><mml:mprescripts /><mml:none /><mml:mrow><mml:mn>76</mml:mn></mml:mrow></mml:mmultiscripts></mml:mrow></mml:math> with a natural broad energy germanium detector”, Physical Review D, 106(3), 032012. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [4]     Liu Z. Z., Yang L. T., Yue Q., Yeh C. H., Kang K. J., Li Y. J., Agartioglu M., An H. P., Chang J. P., Chen J. H., Chen Y. H., Cheng J. P., Dai W. H., Deng Z., Fang C. H., Geng X. P., Gong H., Guo X. Y., Guo Q. J., He L., He S. M., Hu J. W., Huang H. X., Huang T. C., Jia H. T., Jiang X., Li H. B., Li J. M., Li J., Li R. M. J., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y., Liu Y. D., Liu Y. Y., Ma H., Mao Y. C., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Ren J., Ruan X. C., Sharma V., She Z., Saraswat K., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wang Z., Wong H. T., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yan Y. L., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang B. T., Zhang F. S., Zhang K. K., Zhang Z. H., Zhang Z. Y., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2022, “Studies of the Earth shielding effect to direct dark matter searches at the China Jinping Underground Laboratory”, Physical Review D, 105(5), 052005. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [5]     Jia Hai-Tao, Lin Shin-Ted, Liu Shu-Kui, Chi Hsin-Chang, Deniz Muhammed, Fang Chang-Hao, Gu Peng, Jiang Xi, Shu Yi-Ke, Li Qian-Yun, Liu Yu, Li Ren-Ming-Jie, Qiao Chen-Kai, Tang Chang-Jian, Wong Henry Tsz-King, Xing Hao-Yang, Yang Li-Tao, Yue Qian, Yan Yu-Lu, Zhao Kang-Kang, Zhu Jing-Jun, 2022, “High-accuracy measurement of Compton scattering in germanium for dark matter searches”, Nuclear Science and Techniques, 33(12), 157. (SCIE) (IF: 1.71; SCI ranking: 57.9%,32.4%)

  • [6]     Zhang Z. Y., Yang L. T., Yue Q., Kang K. J., Li Y. J., Agartioglu M., An H. P., Chang J. P., Chen Y. H., Cheng J. P., Dai W. H., Deng Z., Fang C. H., Geng X. P., Gong H., Guo Q. J., Guo X. Y., He L., He S. M., Hu J. W., Huang H. X., Huang T. C., Jia H. T., Jiang X., Li H. B., Li J. M., Li J., Li Q. Y., Li R. M. J., Li X. Q., Li Y. L., Liang Y. F., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y., Liu Y. Y., Liu Z. Z., Ma H., Mao Y. C., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Ren J., Ruan X. C., Saraswat K., Sharma V., She Z., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wong H. T., Wu S. Y., Wu Y. C., Xing H. Y., Xu R., Xu Y., Xue T., Yan Y. L., Yeh C. H., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang B. T., Zhang F. S., Zhang L., Zhang Z. H., Zhao K. K., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2022, “Constraints on Sub-GeV Dark Matter–Electron Scattering from the CDEX-10 Experiment”, Physical Review Letters, 129(22), 221301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [7]     Dai W. H., Jia L. P., Ma H., Yue Q., Kang K. J., Li Y. J., An H. P., C. Greeshma, Chang J. P., Chen Y. H., Cheng J. P., Deng Z., Fang C. H., Geng X. P., Gong H., Guo Q. J., Guo X. Y., He L., He S. M., Hu J. W., Huang H. X., Huang T. C., Jia H. T., Jiang X., Karmakar S., Li H. B., Li J. M., Li J., Li Q. Y., Li R. M. J., Li X. Q., Li Y. L., Liang Y. F., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y., Liu Y. Y., Liu Z. Z., Mao Y. C., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Ren J., Ruan X. C., She Z., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wong H. T., Wu S. Y., Wu Y. C., Xing H. Y., Xu R., Xu Y., Xue T., Yan Y. L., Yang L. T., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang B. T., Zhang F. S., Zhang L., Zhang Z. H., Zhang Z. Y., Zhao K. K., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2022, “Exotic Dark Matter Search with the CDEX-10 Experiment at China’s Jinping Underground Laboratory”, Physical Review Letters, 129(22), 221802. (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [8]     Wang Yi, Zeng Zhi, Yue Qian, Yang LiTao, Kang KeJun, Li YuanJing, Ağartioğlu Mehment, An HaiPeng, Chang JianPing, Chen JingHan, Chen YunHua, Cheng JianPing, Chiang Cheng Yi, Dai WenHan, Deng Zhi, Fang ChangHao, Geng XinPing, Gong Hui, Guo QiuJu, Guo XuYuan, He HongJian, He Li, He ShengMing, Hu JinWei, Huang TuChen, Huang HanXiong, Jia HaiTao, Jia LiPing, Jiang Xi, Li HauBin, Li JianMin, Li Jin, Li MingXuan, Li RenMingJie, Li Xia, Li YuLan, Liao Bin, Lin FongKay, Lin ShinTed, Liu ShuKui, Liu YanDong, Liu Yu, Liu YuanYuan, Liu ZhongZhi, Ma Hao, Mao YuCai, Nie QiYuan, Ning JinHua, Pan Hui, Qi NingChun, Ren Jie, Ruan XiChao, Shang ChangSong, Sharma Vivek, She Ze, Singh Lakhwinder, Singh Monoj Kumar, Sun TianXi, Tang ChangJian, Tang WeiYou, Tian Yang, Wang GuangFu, Wang Li, Wang Qing, Wang YuChen, Wang YunXiang, Wang Zhen, Wong Henry Tsz-King, Wu ShiYong, Wu YuCheng, Xing HaoYang, Xu Yin, Xue Tao, Yan YuLu, Yi Nan, Yu ChunXu, Yu HaiJun, Yue JianFeng, Zeng Ming, Zhang BingTao, Zhang Lei, Zhang FengShou, Zhang ZhenYu, Zhao KangKang, Zhao MingGang, Zhou JiFang, Zhou ZuYing, Zhu JingJun, , 2021, “First experimental constraints on WIMP couplings in the effective field theory framework from CDEX”, Science China Physics, Mechanics & Astronomy, 64(8), 281011.

  • [9]     Zhong W.X., Fang C.H., Lin S.T., Liu S.K., Yu C.X., Liang J., He H.T., Xing H.Y., Zhu J.J., Tang C.J., Yue Q., Wong H.T., 2021, “Identification of neutron sources and background levels in the polyethylene room of the China Jinping Underground Laboratory”, Journal of Instrumentation, 16(12), P12003. (SCIE) (IF: 1.415; SCI ranking: 78.1%)

  • [10]     Singh M. K., Wong H. T., Singh L., Sharma V., Singh V., Yue Q., 2020, “Exposure-background duality in the searches of neutrinoless double beta decay”, Physical Review D, 101(1), 013006. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [11]     Pandey Mukesh K., Singh Lakhwinder, Wu Chih-Pan, Chen Jiunn-Wei, Chi Hsin-Chang, Hsieh Chung-Chun, Liu C.-P., Wong Henry T., 2020, “Constraints from a many-body method on spin-independent dark matter scattering off electrons using data from germanium and xenon detectors”, Physical Review D, 102(12), 123025. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [12]     She Z., Jia L. P., Yue Q., Ma H., Kang K. J., Li Y. J., Agartioglu M., An H. P., Chang J. P., Chen J. H., Chen Y. H., Cheng J. P., Dai W. H., Deng Z., Geng X. P., Gong H., Gu P., Guo Q. J., Guo X. Y., He L., He S. M., He H. T., Hu J. W., Huang T. C., Huang H. X., Li H. B., Li H., Li J. M., Li J., Li M. X., Li X., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y. Y., Liu Z. Z., Mao Y. C., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Qiao C. K., Ren J., Ruan X. C., Sevda B., Shang C. S., Sharma V., Singh L., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wang Z., Wong H. T., Wu S. Y., Xing H. Y., Xu Y., Xue T., Yan Y. L., Yang L. T., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang B. T., Zhang L., Zhang F. S., Zhang Z. Y., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2020, “Direct Detection Constraints on Dark Photons with the CDEX-10 Experiment at the China Jinping Underground Laboratory”, Physical Review Letters, 124(11), 111301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [13]     Wang Y., Yue Q., Liu S. K., Kang K. J., Li Y. J., An H. P., Chang J. P., Chen J. H., Chen Y. H., Cheng J. P., Dai W. H., Deng Z., Geng X. P., Gong H., Gu P., Guo X. Y., He H. T., He L., He S. M., Hu J. W., Huang H. X., Huang T. C., Jia L. P., Li H. B., Li H., Li M. X., Li J. M., Li J., Li X., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu Y. D., Liu Y. Y., Liu Z. Z., Ma H., Nie Q. Y., Ning J. H., Pan H., Qi N. C., Qiao C. K., Ren J., Ruan X. C., Sharma V., She Z., Singh L., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Z., Wong H. T., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yan Y. L., Yang L. T., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng X. H., Zeng M., Zeng Z., Zhang B. T., Zhang F. S., Zhang L., Zhang Z. Y., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2020, “Improved limits on solar axions and bosonic dark matter from the CDEX-1B experiment using the profile likelihood ratio method”, Physical Review D, 101(5), 052003. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [14]     Singh Manoj Kumar, Singh Lakhwinder, Agartioglu Mehmet, Sharma Vivek, Singh Venktesh, Wong Henry Tsz-king, 2019, “Constraints on bosonic dark matter with low threshold germanium detector at Kuo-Sheng reactor neutrino laboratory”, Chinese Journal of Physics, 58, 63-74. (SCIE) (IF: 3.237; SCI ranking: 33.7%)

  • [15]     Singh L., Chen J. W., Chi H. C., Liu C.-P., Pandey M. K., Wong H. T., Wu C. P., Agartioglu M., Deniz M., Li H. B., Lin S. T., Sharma V., Singh M. K., Singh V., Yue Q., , 2019, “Constraints on millicharged particles with low-threshold germanium detectors at Kuo-Sheng Reactor Neutrino Laboratory”, Physical Review D, 99(3), 032009. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [16]     Liu Z. Z., Yue Q., Yang L. T., Kang K. J., Li Y. J., Wong H. T., Agartioglu M., An H. P., Chang J. P., Chen J. H., Chen Y. H., Cheng J. P., Deng Z., Du Q., Gong H., Guo X. Y., Guo Q. J., He L., He S. M., Hu J. W., Hu Q. D., Huang H. X., Jia L. P., Jiang H., Li H. B., Li H., Li J. M., Li J., Li X., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y. Y., Ma H., Ma J. L., Mao Y. C., Ning J. H., Pan H., Qi N. C., Ren J., Ruan X. C., Sharma V., She Z., Singh L., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang L., Wang Q., Wang Y., Wang Y. X., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng M., Zeng Z., Zhang F. S., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., , 2019, “Constraints on Spin-Independent Nucleus Scattering with sub-GeV Weakly Interacting Massive Particle Dark Matter from the CDEX-1B Experiment at the China Jinping Underground Laboratory”, Physical Review Letters, 123(16), 161301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [17]     Hsieh Chung-Chun, Singh Lakhwinder, Wu Chih-Pan, Chen Jiunn-Wei, Chi Hsin-Chang, Liu C.-P., Pandey Mukesh K., Wong Henry T., 2019, “Discovery potential of multiton xenon detectors in neutrino electromagnetic properties”, Physical Review D, 100(7), 073001. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [18]     Singh M. K., Singh L., Sharma V., Singh M. K., Kumar A., Pandey A., Singh V., Wong H. T., 2019, “Required sensitivity in the search of neutrinoless double beta decay in 124Sn”, Indian Journal of Physics, dx.doi.org/10.1007/s12648-019-01569-6. (SCIE) (IF: 1.947; SCI ranking: 54.7%)

  • [19]     Yang L. T., Li H. B., Yue Q., Ma H., Kang K. J., Li Y. J., Wong H. T., Agartioglu M., An H. P., Chang J. P., Chen J. H., Chen Y. H., Cheng J. P., Deng Z., Du Q., Gong H., Guo Q. J., He L., Hu J. W., Hu Q. D., Huang H. X., Jia L. P., Jiang H., Li H., Li J. M., Li J., Li X., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y. Y., Liu Z. Z., Ma J. L., Mao Y. C., Pan H., Ren J., Ruan X. C., Sharma V., She Z., Shen M. B., Singh L., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang J. M., Wang L., Wang Q., Wang Y., Wang Y. X., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng X. H., Zeng M., Zeng Z., Zhang F. S., Zhang Y. H., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., Zhu Z. H., , 2019, “Search for Light Weakly-Interacting-Massive-Particle Dark Matter by Annual Modulation Analysis with a Point-Contact Germanium Detector at the China Jinping Underground Laboratory”, Physical Review Letters, 123(22), 221301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [20]     Yang L.T., Li H.B., Wong H.T., Agartioglu M., Chen J.H., Jia L.P., Jiang H., Li J., Lin F.K., Lin S.T., Liu S.K., Ma J.L., Sevda B., Sharma V., Singh L., Singh M.K., Singh M.K., Soma A.K., Sonay A., Yang S.W., Wang L., Wang Q., Yue Q., Zhao W., 2018, “Bulk and surface event identification in p-type germanium detectors”, Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 886, 13-23.

  • [21]     Singh M. K., Singh V., Subrahmanyam V. S., Wong H. T., 2018, “Characterization of the hybrid neutron detector”, Indian Journal of Physics, 93(2) 235-242. (SCIE) (IF: 1.947; SCI ranking: 54.7%)

  • [22]     Singh Lakhwinder, Wong H. T., 2018, “Constraints on Electromagnetic Properties of Neutrinos with Sub-keV Germanium Detectors”, XXII DAE High Energy Physics Symposium, 917-918.

  • [23]     Jiang H., Jia L. P., Yue Q., Kang K. J., Cheng J. P., Li Y. J., Wong H. T., Agartioglu M., An H. P., Chang J. P., Chen J. H., Chen Y. H., Deng Z., Du Q., Gong H., He L., Hu J. W., Hu Q. D., Huang H. X., Li H. B., Li H., Li J. M., Li J., Li X., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y. Y., Liu Z. Z., Ma H., Ma J. L., Pan H., Ren J., Ruan X. C., Sevda B., Sharma V., Shen M. B., Singh L., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang J. M., Wang L., Wang Q., Wang Y., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yang L. T., Yang S. W., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng X. H., Zeng M., Zeng Z., Zhang F. S., Zhang Y. H., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., Zhu Z. H., , 2018, “Limits on Light Weakly Interacting Massive Particles from the First 102.8 kg×day Data of the CDEX-10 Experiment”, Physical Review Letters, 120(24), 241301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [24]     Yang Li-Tao, Li Hau-Bin, Yue Qian, Kang Ke-Jun, Cheng Jian-Ping, Li Yuan-Jing, Wong Henry Tsz-King, Aǧartioǧlu M, An Hai-Peng, Chang Jian-Ping, Chen Jing-Han, Chen Yun-Hua, Deng Zhi, Du Qiang, Gong Hui, He Li, Hu Jin-Wei, Hu Qing-Dong, Huang Han-Xiong, Jia Li-Ping, Jiang Hao, Li Hong, Li Jian-Min, Li Jin, Li Xia, Li Xue-Qian, Li Yu-Lan, Lin Fong-Kay, Lin Shin-Ted, Liu Shu-Kui, Liu Zhong-Zhi, Ma Hao, Ma Jing-Lu, Pan Hui, Ren Jie, Ruan Xi-Chao, Sevda B, Sharma Vivek, Shen Man-Bin, Singh Lakhwinder, Kumar Singh Manoj, Tang Chang-Jian, Tang Wei-You, Tian Yang, Wang Ji-Min, Wang Li, Wang Qing, Wang Yi, Wu Shi-Yong, Wu Yu-Cheng, Xing Hao-Yang, Xu Yin, Xue Tao, Yang Song-Wei, Yi Nan, Yu Chun-Xu, Yu Hai-Jun, Yue Jian-Feng, Zeng Xiong-Hui, Zeng Ming, Zeng Zhi, Zhang Yun-Hua, Zhao Ming-Gang, Zhao Wei, Zhou Ji-Fang, Zhou Zu-Ying, Zhu Jing-Jun, Zhu Zhong-Hua, , 2018, “Limits on light WIMPs with a 1 kg-scale germanium detector at 160 eVee physics threshold at the China Jinping Underground Laboratory”, Chinese Physics C, 42(2), 023002. (SCIE) (IF: 2.145; SCI ranking: 47.4%,58.6%)

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  • [75]     E. Eskut et al.,, 2008, “Final results on nu(mu) ---> nu(tau) oscillation from the CHORUS experiment”, PHYSICS LETTERS B, V. 793 ; P. 326-343. (SCIE) (IF: 4.771; SCI ranking: 26.5%,21.1%,24.1%)

  • [76]     H.Y. Liao et al., TEXONO Collaboration, 2008, “Production and Decay of the Ge-73*(1/2)- Metastable State in a Low-Background Geremanium Detector”, JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS, 35 , 077011. (SCIE) (IF: 3.045; SCI ranking: 31.6%,34.5%)

  • [77]     H.T. Wong, 2008, “Ultra-Low-Energy Germanium Detector for Neutrino-Nucleus Coherent Scattering and Dark Matter Searches”, MODERN PHYSICS LETTERS A, 23 , 1431. (SCIE) (IF: 2.066; SCI ranking: 55.9%,32.7%,52.6%,62.1%)

  • [78]     K.J. Dong et al., 2007, “Measurement of Ultra-Low Potassium Contaminations with Accelerator Mass Spectrometry”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 582, 381. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [79]     H.M. Chang et al., TEXONO Collaboration, 2007, “Search of Axions at the Kuo-Sheng Nuclear Power Station with a High-Purity Germanium Detector”, PHYSICAL REVIEW D, 75, 052004. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [80]     K.J. Dong et al., 2007, “Measurement of Trace I-129 Concentrations in CsI Powder and Organic Liquid Scintillator with Accelerator Mass Spectrometry”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION B-BEAM INTERACTIONS WITH MATERIALS AND ATOMS, 259, 271. (SCIE) (IF: 1.377; SCI ranking: 79.7%,81.1%,84.2%,64.7%)

  • [81]      H.T. Wong et al., TEXONO Collaboration, 2007, “Search of Neutrino Magnetic Moments with a High-Purity Germanium Detector at the Kuo-Sheng Nuclear Power Station”, PHYSICAL REVIEW D, 75, 012001. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [82]     Y.F. Zhu et al., TEXONO Collaboration, 2006, “Measurement of Intrinsic Radiopurity of Cs137/U235/U238/Th232 in CsI(Tl) Crystal Scintillator”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 557, 490. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [83]     J.Q. Lu et al., 2006, “Observation of fluorescence emissions from single-bubble sonoluminescence in water doped with quinine”, ULTRASONICS, Vol.44 e415. (SCIE) (IF: 2.89; SCI ranking: 50%,25%)

  • [84]     B. Xin, H. T. Wong,, C.Y. Chang, C. P. Chen, H. B. Li, J. Li, F. S. Lee, S. T. Lin, V. Singh, F. Vannucci, S. C. Wu, Q. Yue, and Z.Y. Zhou, 2005, “Production of Electron Neutrinos at Nuclear Power Reactors and the Prospects for Neutrino Physics”, PHYSICAL REVIEW D, 72, 012006. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

  • [85]     HENRY T. WONG and HAU-BIN LI, 2005, “Neutrino Magnetic Moments”, MODERN PHYSICS LETTERS A, 20(15), 1103-1117. (SCIE) (IF: 2.066; SCI ranking: 55.9%,32.7%,52.6%,62.1%)

  • [86]     H.T. Wong, hep-ex/0409003, 2005, “Neutrino Magnetic Moments : Status and Prospects”, NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS, 143, 205.

  • [87]     Hau-Bin Li and Henry T. Wong on behalf of the TEXONO Collaboration, 2004, “Neutrino Magnetic Moment Results at the Kuo-Sheng Nuclear Power Plant”, EUROPEAN PHYSICAL JOURNAL C, 33, s01, s820–s822. (SCIE) (IF: 4.59; SCI ranking: 27.6%)

  • [88]     Henry Tsz-King Wong, 2004, “The TEXONO Research Program on Neutrino and Astroparticle Physics”, MODERN PHYSICS LETTERS A, 19((13-16): Sp. Iss. SI), 1207-1214. (SCIE) (IF: 2.066; SCI ranking: 55.9%,32.7%,52.6%,62.1%)

  • [89]     S.C. Wu et al., 2004, “Near Threshold Pulse Shape Discrimination Techniques in Scintillating CsI(Tl) Crystals”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 523, 116. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [90]     V. Singh and H.T. Wong, 2004, “Recent Results and Status of TEXONO Experiments”, JOURNAL OF HIGH ENERGY PHYSICS, V.066A 1103. (SCIE) (IF: 5.81; SCI ranking: 17.2%)

  • [91]     Wong HTK, 2003, “Results on the search of neutrino magnetic moments from the Kuo-Sheng reactor neutrino experiment”, NUCLEAR PHYSICS A, 721, 495C~498C. (SCIE) (IF: 1.683; SCI ranking: 63.2%)

  • [92]     Li HB, Li J and Wong HT et al., 2003, “Limit on the electron neutrino magnetic moment from the Kuo-Sheng reactor neutrino experiment”, PHYSICAL REVIEW LETTERS, 90((13): Art. No. 131802). (SCIE) (IF: 9.161; SCI ranking: 8.1%)

  • [93]     Q. Yue et al., 2003, “Effective Dynamic Range in Measurements with Flash Analog-to-Digital Convertor”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 511,408. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [94]     H.B. Li and H.T. Wong, 2002, “Sensitivities of Low Energy Reactor Neutrino Experiments”, JOURNAL OF PHYSICS G-NUCLEAR AND PARTICLE PHYSICS, 28, 1453. (SCIE) (IF: 3.045; SCI ranking: 31.6%,34.5%)

  • [95]     S.C. Wang, H.T. Wong, and M. Fujiwara, 2002, “Measurement of Intrinsic Radioactivity in a GSO Crystal”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 479, 498. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [96]     M.Z. Wang et al., 2002, “Nuclear Recoil Measurement in CsI(Tl) Crystal for Cold Dark Matter Detection”, PHYSICS LETTERS B, 536, 203. (SCIE) (IF: 4.771; SCI ranking: 26.5%,21.1%,24.1%)

  • [97]     Y. Liu et al., TEXONO Collaboration, 2002, “Studies of Prototype CsI(Tl) Crystal Scintillators for Low-Energy Neutrino Experiments”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 482, 125. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [98]     H.B. Li et al. TEXONO Collaboration, 2001, “A CsI(Tl) Scintillating Crystal Detector for the Studies of Low Energy Neutrino Interactions”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 459, 93. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [99]     W.P. Lai et al., TEXONO Collaboration, 2001, “The Electronics and Data Acquisition Systems of a CsI(Tl) Scintillating Crystal Detector for Low Energy Neutrino Experiment”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 465, 550. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [100]     H.T. Wong et al., 2000, “Prospects of Scintillating Crystal Detector in Low-Energy Low-Background Experiments”, ASTROPARTICLE PHYSICS, 14, 141. (SCIE) (IF: 2.724; SCI ranking: 44.1%,44.8%)

  • [101]     J. Li and H.T. Wong, 2000, “Scintillation Crystal Detector for Low Energy Neutrino Physics”, MODERN PHYSICS LETTERS A, 15, 2011. (SCIE) (IF: 2.066; SCI ranking: 55.9%,32.7%,52.6%,62.1%)

  • [102]     S.C. Wang et al., 1999, “A Feasibility Study of Boron-Loaded Liquid Scintillator for the Detection of Electron Anti-neutrinos”, NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH SECTION A-ACCELERATORS SPECTROMETERS DETECTORS AND ASSOCIATED EQUIPMENT, 432, 111. (SCIE) (IF: 1.455; SCI ranking: 75%,73.7%,50%,75.9%)

  • [103]     H.T. Wong and J. Li, 1999, “A Pilot Experiment with Reactor Neutrinos in Taiwan”, NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS, 77, 177.

  • [104]     C.C. Chang, S.C. Lee and H.T. Wong, 1998, “The Starting Up of a Neutrino Project in Taiwan”, NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS, 66, 419.

  • [105]     V. Sharma et al., TEXONO Collaboration, Unpublished, “Studies of Quantum-Mechanical Coherency Effects in Neutrino-Nucleus Elastic Scattering”, Physical Review D. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)

Conference Papers

  • [1]     Kumar Singh Manoj, Wong Henry T., 2022, “Required Exposure and Background Levels in the Searches of Neutrinoless Double Decay”, 4 pages, paper presented at Proceedings of 41st International Conference on High Energy physics — PoS(ICHEP2022), Bologna, Italy: ICHEP Organizing Committee, 2022-07-06 ~ 2022-07-13.

  • [2]     Sharma Vivek, Wong Henry T., 2022, “Studies of Coherency Effects in Neutrino-Nucleus Elastic Scattering at Reactors”, 4 pages, paper presented at Proceedings of 41st International Conference on High Energy physics — PoS(ICHEP2022), Bologna, Italy: ICHEP Organizing Committee, 2022-07-06 ~ 2022-07-13.

  • [3]     Singh M. K., Wong H. T., 2021, “Exposure-background duality in the searches of neutrinoless double beta decay”, 2156(1) 012104 pages, paper presented at Journal of Physics: Conference Series, Valencia, Spain: TAUP 2021 Organizing Committee, 2021-08-30 ~ 2021-09-03.

  • [4]     Sharma V., Wong H. T., 2021, “Probing the Neutrino-Nucleus Elastic Scattering with Point Contact Germanium detectors and its Quantum-Mechanical Coherency Effects”, 2156(1) 012206 pages, paper presented at Journal of Physics: Conference Series, Valencia, Spain: TAUP 2021 Organizing Committee, 2021-08-30 ~ 2021-09-03.

  • [5]     Karmakar S., Singh M. K., Singh V., Wong H. T., 2021, “Characteristics of the High-Purity Germanium Detectors in Dark Matter and Neutrino Sector”, 185-189 pages, paper presented at Springer Proceedings in Physics, Allahabad, India: CMHEP-2021, 2021-03-05 ~ 2021-03-06.

  • [6]     Karmakar S., Singh M. K., Singh V., Wong H. T., 2021, “Identification of Bulk and Surface Event in Point Contact Germanium Detector at Sub-keV Energy Region”, 169-174 pages, paper presented at Springer Proceedings in Physics, Allahabad, India: CMHEP-2021, 2021-03-05 ~ 2021-03-06.

  • [7]     H.T. Wong, 2020, “Research on Coherent Neutrino Nucleus Elastic Scattering with the TEXONO Program”, paper presented at Magnificent CEvNS Workshop 2020, Online: CEvNS 2020 Committee, 2020-11-16 ~ 2020-11-20.

  • [8]     H.T. Wong, 2020, “Lecture in Neutrino Physics”, paper presented at International Physics Webinar, Online: Pabna University of Science and Technology (PUST), Bangladesh., 2020-09-16.

  • [9]     Sharma Vivek, Wong Henry T., 2020, “Studies of Quantum Mechanical Coherency Effects in Neutrino-Nucleus Elastic Scattering”, 4 pages, paper presented at Proceedings of 40th International Conference on High Energy physics — PoS(ICHEP2020), Prague, Czechia: ICHEP 2020 Organizing Committee, 2020-07-30 ~ 2020-08-15.

  • [10]     Sharma Vivek, Wong Henry T., 2020, “Studies of Quantum Mechanical Coherency Effects in Neutrino-Nucleus Elastic Scattering”, 6 pages, paper presented at Proceedings of 40th International Conference on High Energy physics — PoS(ICHEP2020), Prague, Czechia: 40th International Conference on High Energy Physics, 2020-07-30 ~ 2020-08-05.

  • [11]     M.K. Singh, H.T. Wong et al., 2019, “Identification of bulk and surface events in p-type point contact germanium detectors”, 876-877 pages, paper presented at 64th DAE BRNS Symposium on nuclear physics, Lucknow, Uttar Pradesh, India: BRNS Committee, 2019-12-23 ~ 2019-12-27.

  • [12]     Sharma V., Wong H. T., 2019, “Coherency in Neutrino-Nucleus Elastic Scattering”, 1468 012149 pages, paper presented at Journal of Physics: Conference Series, Toyama, Japan: TAUP-2019 Committee, 2019-09-09 ~ 2019-09-13.

  • [13]     Deniz M, Wong H T, 2019, “Constraints on Nonstandard Neutrino Interaction from Neutrino Electron Scattering”, 1468 012157 pages, paper presented at Journal of Physics: Conference Series, Toyama, Japan: TAUP-2019 Committee, 2019-09-09 ~ 2019-09-13.

  • [14]     Henry T. Wong, 2019, “Lecture on Neutrino Nucleus Coherent Scattering”, paper presented at Pontecorvo Neutrino Physics School, Sinaia, Romania: Pontecorvo Neutrino Physics School Committee, 2019-09-01 ~ 2019-09-10.

  • [15]     Henry T. Wong, 2019, “Searches of Light Dark Matter”, paper presented at Phenomenology Symposium 2019, Pittsburgh: University of Pittsburgh, 2019-05-06 ~ 2019-05-08.

  • [16]     Henry T. Wong, 2018, “Neutrino Nucleus Coherent Scattering with Reactor and Solar Neutrinos”, paper presented at International Conference on Neutrino Physics and Astrophysics (Neutrino-2018), Heidelberg: Max Planck Institute, Heidelberg, 2018-06-04 ~ 2018-06-09.

  • [17]     H.T. Wong, 2017, “Probing BSM Physics with Germanium Ionization Detectors”, paper presented at International Germanium Detector Technology Workshop, Berkeley, USA: Lawrence Berkeley Laboratoruy, 2017-12-04 ~ 2017-12-05.

  • [18]     Singh Lakhwinder, Wong H.T., 2017, “Studies of neutrino interactions at the Kuo-Sheng Neutrino Laboratory with sub-keV Ge-detectors”, 1342 012078 pages, paper presented at Journal of Physics: Conference Series, Sudbury, Canada: TAUP-2017 Committee, 2017-07-24 ~ 2017-07-28.

  • [19]     H.T. Wong, 2017, “The China Jinping Underground Laboratory and its Science”, paper presented at Recontres du Vietnam, Exploring the Dark Universe, Quy Nhon, Vietnam: International Center for Interdisciplinary Science and Education, 2017-07-23 ~ 2017-07-29.

  • [20]     H.T. Wong, 2016, “Nuclear Physics Research in Taiwan”, paper presented at Asia Pacific Nuclear Physics Association Symposium, Tohoku University, Sendai: Tohoku University, Sendai, 2016-11-24 ~ 2016-11-25.

  • [21]     H.T. Wong, 2016, “Background of CDEX Dark Matter Experiment at Jinping Underground Laboratory”, paper presented at Next Generation Germanium Double Beta Decay Experiment, Atlanta, USA: University of North Caolina, 2016-10-28 ~ 2016-10-30.

  • [22]     H.T. Wong, 2015, “Direct Search Experiments for Dark Matter ”, paper presented at International Symposium on "Everything About Gravity", Taipei, Taiwan: National Taiwan University, 2015-12-14 ~ 2015-12-18.

  • [23]     H.T. Wong, 2015, “Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at Prospects in Low Mass Dark Matter Workshop, Munich, Germany: Max Planck Institute, Germany, 2015-11-30 ~ 2015-12-01.

  • [24]     H.T. Wong, 2015, “Reactor Neutrino Physics with sub-keV Germanium Detectors”, paper presented at Symposium on Germanium Detectors and Technologies, Ringberg Castle, Germany: Max Planck Institute, Germany, 2015-10-18 ~ 2015-10-24.

  • [25]     H.T. Wong, 2015, “Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at International Conference on Interconnections between Particle Physics and Cosmology, Deadwood, South Dakota, USA: South Dakota State University, 2015-06-29 ~ 2015-07-03.

  • [26]     H.T. Wong, 2015, “Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at Symposium of Neutrino and Dark Matter in Nuclear Physics, Jyvaskyla, Finland: University of Jyvaskyla, Finland, 2015-06-01 ~ 2015-06-05.

  • [27]     H.T. Wong, 2014, “Sub-keV Gernanium Detectors for Neutrino and Dark Matter Physics”, paper presented at International Symposium on Germanium-based Detectors and Technology, University of South Dakota: University of South Dakota, 2014-09-14 ~ 2014-09-17.

  • [28]     H.T. Wong, 2014, “Summary Talk ”, paper presented at International Symposium on Germanium-based Detectors and Technology, University of South Dakota: University of South Dakota, 2014-09-14 ~ 2014-09-17.

  • [29]     Henry T. Wong, 2014, “Lectures in Neutrino and Dark Matter Experiments”, paper presented at Summer School in Particle and Astroparticle Physics,, Hue University, Vietnam: Hue University, Vietnam, 2014-07-18 ~ 2014-07-25.

  • [30]     Henry T. Wong, 2014, “Low Energy Germanium Detectors for Reactor Neutrino Physics”, paper presented at Germanium Detector Workshop, Beijing: Tsinghua University, China, 2014-05-12 ~ 2014-05-14.

  • [31]     H.T. Wong, 2013, “Low Energy Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at International Symposium on Nuclear Physics, Mumbai, India: Bhabha Atomic Research Center, India, 2013-12-02 ~ 2013-12-08.

  • [32]     H.T. Wong, 2013, “Searches of Light WIMP Dark Matter with sub-keV Germanium Detectors in the TEXONO Experiment ”, paper presented at KEK Theory Workshop, KEK, Tsukuba, Japan: KEK, Japan, 2013-09-30 ~ 2013-10-03.

  • [33]     H.T. Wong, 2013, “Low Energy Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at Lomonosov Conference on Elementary Particle Physics, Moscow, Russia: Moscos State University, Russia, 2013-08-22 ~ 2013-08-28.

  • [34]     H.T. Wong, 2013, “Low Energy Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at International Workshop on Non-Accelerator New Physics, Valday, Russia: DUBNA, Russia, 2013-06-25 ~ 2013-06-28.

  • [35]     H.T. Wong, 2013, “Review on Neutrino Magnetic Moment Experiments”, paper presented at International Workshop on Non-Accelerator New Physics, Valday, Russia: DUBNA, Russia, 2013-06-25 ~ 2013-05-28.

  • [36]     H.T. Wong, 2013, “Germanium Detectors in Reactor Neutrino Experiments”, paper presented at Germanium Detector Workshop, Tuebingen: Max Planck Institute, Munich, Germany, 2013-04-08 ~ 2013-04-12.

  • [37]     H.T. Wong, 2013, “New Results on Low-Mass WIMP Dark Matter from the TEXONO Experiment”, paper presented at Germanium Detector Workshop, Tuebingen: Max Planck Institute, Munich, Germany, 2013-04-08 ~ 2013-04-12.

  • [38]     H.T. Wong, 2013, “New Results on Low-Mass WIMP Dark Matter from the TEXONO Experiment”, paper presented at Cosmic Frontier Workshop, Stanford Linear Accelerator Center: Stanford Linear Accelerator Center, 2013-03-06 ~ 2013-03-09.

  • [39]     Henry T. Wong, Hau-Bin Li, and Shin-Ted Lin, 2012, “Dark Matter Search with Sub-keV Germanium Detectors”, Vol. 246-247, Pg. 34 pages, paper presented at The 9th International Symposium on Cosmology and Particle Astrophysics, Proceedings in Nuclear Physics B - Proceedings Supplements, Taipei: Taiwan, 2012-11.

  • [40]     H.T. Wong, 2012, “Low-Mass Dark Matter Searches with sub-keV Germanium Detectors”, paper presented at Shanghai Particle Physics Symposium, Shanghai, China: Shanghai JiaoTung University, China, 2012-09.

  • [41]     H.T. wong, 2012, “Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at International Symposium on Neutrino Physics and Beyond (NPB12), ShenZhen, China: Institute of High Energy Physics, China, 2012-09.

  • [42]     H.T. Wong, 2012, “Neutrino and Dark Matter Physics with sub-keV Germanium Detectors”, paper presented at 4th International Symposium on Neutrinos and Dark Matter in Nuclear Physics (NDM12), Nara, Japan: Osaka University, Japan, 2012-06.

  • [43]     H.T, Wong, 2012, “Fifteen Years of Cross-Strait Collaboration with the TEXONO Neutrino and Dark Matter Research Program”, paper presented at Cross-Strait Meeting in Particle Physics and Cosmology (XS-2012), Chong-Qing, China: Chong-Qing University, China, 2012-05.

  • [44]     Q. Yue et al.,, 2011, “Dark Matter Search with sub-keV Germanium Detectors at the China Jinping Underground Laboratory”, J.Phys.Conf.Ser. 375 (2012) 042061 pages, paper presented at International Conference on Topics in Astroparticle and Underground Physics (TAUP-11), Munich, Germany: Max Planck Institute Germany, 2011-09.

  • [45]     M. Deniz et al.,, 2011, “Final results of nu-e-bar electron scattering cross-section measurements and constraints on new physics”, J.Phys.Conf.Ser. 375 (2012) 042044 pages, paper presented at International Conference on Astroparticle and Underground Physics (TAUP-2011), Munich, Germany: Max Planck Institute, Germany, 2011-09.

  • [46]     H.T. Wong, 2010, “Low energy neutrino and dark matter physics with sub-keV germanium detectors”, J.Phys.Conf.Ser. 309 (2011) 012024 pages, paper presented at 5th Symposium on Large TPCs for Low Energy Rare Event Detection, Paris, France: Astroparticle Physics Center, France, 2010-12.

  • [47]     H.T. Wong, 2009, “New limits on low-mass WIMP dark matter with sub-keV germanium detector”, J.Phys.Conf.Ser. 203 (2010) 012034 pages, paper presented at 11th International Conference on Topics in Astroparticle and Underground Physics (TAUP-2009), Rome, Italy: Gran Sasso National Laboratory, Italy, 2009-07.

  • [48]     Henry T. Wong, 2009, “Dark Matter Search with Ultra-Low Energy Germanium Detector”, paper presented at International Workshop on Dark Matter and Double Beta Decay, Shanghai: Shanghai Jiao-Tong University, 2009-06-15 ~ 2009-06-16.

  • [49]     Henry T. Wong, 2008, “New Limits on Dark Matter Searches at Low WIMP Mass with an Ultra-Low-Energy Germanium Detector”, paper presented at Identification of Dark Matter, Stockholm, Sweden: Stockholm University, 2008-08.

  • [50]     Henry T. Wong, 2008, “WIMPs and Axions in Astroparticle Physics”, paper presented at DAE Symposium in High Energy Physics, Varanasi, India: Banaras Hindu University, 2008-12.

  • [51]     H.T. Wong, 2007, “Prospects of Cold Dark Matter Searches with an Ultra-Low-Energy Germanium Detector”, paper presented at Topics in Astroparticle and Underground Physics, Sendai, Japan: Tohoku University, 2007.

  • [52]     Wong, Henry, 2006, “Neutrino Physics & Astrophysics : Highlights”, Springer Proc.Phys. 118 (2008) 181-196. pages, paper presented at Summer School of Standard Model and Beyond ISSSMB-06, Akyaka, Turkey: Middle East Technical University, 2006-09.

  • [53]     H.T. Wong , 2006, “Research Program towards Observation of Neutrino-Nucleus Coherent Scattering”, paper presented at International Conference on Neutrino Physics and Astrophysics, 2006, Santa Fe, USA: Los Alamos National Laboratory, 2006.

  • [54]     Henry T. Wong, 2006, “Research Program towards Observation of Neutrino-Nucleus Coherent Scattering”, paper presented at Neutrino and Dark Matter Physics Workshop, Paris, France: Ecole Normal Superior, 2006-09.

  • [55]     Henry T. Wong, 2005, “Recent Results in Neutrino Physics”, paper presented at Dark Side of the Universe, Seoul, Korea: Korean Institute of Advanced Studies, 2005.

  • [56]     Henry T. Wong, 2004, “Neutrino Magnetic Moments”, paper presented at International Conference on Neutrino Physics and Astrophysics, Paris, France: College de France, 2004.

Chapters in Books

  • [1]     Henry T. Wong, 2019, “From the TEXONO Neutrino Program to the China Jinjing Underground Laboratory”, editor(s): M. Cribier, J. Dumarchez and D. Vignaud, "History of the Neutrino" Conference Proceedings, pp. 543, France: AstroParticle and Cosmology Laboratory (APC).

Technical Reports

  • [1]     M Abdullah et al.,, 2022, “2022 Snowmass Summer Study”, Coherent elastic neutrino-nucleus scattering: Terrestrial and astrophysical applications, pp. arXiv: 2203.07361.

  • [2]     K. Anderson et al.,, 2004, “White Paper Report on Using Nuclear Reactors to Search for a Value of theta-13 ”, hep-ex/0402041, pp. 0402041.

Others

  • [1]     李浩斌、王子敬 , 2016, “台灣微中子實驗的故事”, 物理雙月刊, 38卷2期，49-60頁.

  • [2]     王子敬, 2016, “隱形人微中子：縱觀微中子物理”, 物理雙月刊, 38卷2期，3-8頁.

  • [3]     王子敬, 2015, “『台灣微中子實驗』的故事”, 科技部 自然科學簡訊 研究成果報導, 第二十七卷 第一期 4-8頁.

  • [4]     王子敬，2012，〈微中子物理前沿與台灣微中子實驗〉，《科學月刊》，第四十三卷第五期, 380-385。

發現與突破

  • [1]     西元年：2019
    研究人員(中)：王子敬、CDEX 合作團隊
    研究人員(英)：WONG, HENRY TSZ-KING, CDEX Collaboration
    研究成果名稱(中)：於錦屏山地下實驗以高純鍺探測器年度調節效應找尋暗物質
    研究成果名稱(英)：Search for Light Weakly-Interacting-Massive-Particle Dark Matter by Annual Modulation Analysis with a Point-Contact Germanium Detector at the China Jinping Underground Laboratory
    簡要記述(中)：『盤古暗物質實驗』CDEX合作團隊，在世界最大最深之『錦屏山地下實驗室』，以年度調節效應(AM)找尋暗物質(WIMP)，研究結果於《物理評論通訊》發表。其他實驗現有正面偵測暗物質的證據，皆以AM分析為手段。CDEX的AM數據的靈敏度，於WIMP低質量區域領先，否定前實驗發現WIMP的詮釋 。
    簡要記述(英)：The CDEX Dark Matter Experiment reported in Physical Review Letters results on the searches of Dark Matter as Weakly Interacting Massive Particles (WIMPs) at the Jinping Underground Laboratory via Annual Modulation (AM) analysis. Existing positive observation of WIMPs are all based on AM analysis. The work refutes these claims in an identical detection channel, and provides leading sensitivities in the studies of Light WIMPs via AM.
    主要相關著作：
    Yang L. T., Li H. B., Yue Q., Ma H., Kang K. J., Li Y. J., Wong H. T., Agartioglu M., An H. P., Chang J. P., Chen J. H., Chen Y. H., Cheng J. P., Deng Z., Du Q., Gong H., Guo Q. J., He L., Hu J. W., Hu Q. D., Huang H. X., Jia L. P., Jiang H., Li H., Li J. M., Li J., Li X., Li X. Q., Li Y. L., Liao B., Lin F. K., Lin S. T., Liu S. K., Liu Y. D., Liu Y. Y., Liu Z. Z., Ma J. L., Mao Y. C., Pan H., Ren J., Ruan X. C., Sharma V., She Z., Shen M. B., Singh L., Singh M. K., Sun T. X., Tang C. J., Tang W. Y., Tian Y., Wang G. F., Wang J. M., Wang L., Wang Q., Wang Y., Wang Y. X., Wu S. Y., Wu Y. C., Xing H. Y., Xu Y., Xue T., Yi N., Yu C. X., Yu H. J., Yue J. F., Zeng X. H., Zeng M., Zeng Z., Zhang F. S., Zhang Y. H., Zhao M. G., Zhou J. F., Zhou Z. Y., Zhu J. J., Zhu Z. H., , 2019, “Search for Light Weakly-Interacting-Massive-Particle Dark Matter by Annual Modulation Analysis with a Point-Contact Germanium Detector at the China Jinping Underground Laboratory”, Physical Review Letters, 123(22), 221301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)


  • [2]     西元年：2014
    研究人員(中)：王子敬、『中國暗物質實驗』合作團隊，共74作者，其中包括中研院主導『台灣微中子實驗』參與之隊伍，來自台灣與印度的12作者。
    研究人員(英)：WONG, HENRY TSZ-KING, CDEX Collaboration consists of 74 authors, in which the Academia Sinica-led TEXONO Program participates with 12 members from Taiwan and India.
    研究成果名稱(中)：於中國錦屏山地下實驗以超低能量高純鍺探測器找尋暗物質
    研究成果名稱(英)：Limits on WIMP Dark Matter Searches with a Germanium Detector with sub-keV Sensitivitiy at the China Jinping Underground Laboratory
    簡要記述(中)：本院物理研究所主導之『台灣微中子實驗』(TEXONO)國際團隊，參與『中國暗物質實驗』(CDEX)，找尋暗物質。團隊在2014年11月發表新數據，成果刊登於《物理評論D》（Physical Review D）。

    TEXONO團隊的前期工作，成功的開啟了"sub-keV"探測器能區與找尋低質量暗物質的視窗，該質量範圍輾轉發展為國際暗物質研究的焦點。站在技術基礎上，團隊中以北京清華大學為首的隊伍，在中國四川蓋建了世界最深的『中國錦屏山地下實驗室』(CJPL)，組織CDEX團隊，全力開展暗物質的研究。

    國外的數個暗物質實驗(DAMA,CRESST,CoGeNT)提出的數據，可解讀成支持低質量暗物質存在的證據，但這與別的實驗卻有矛盾，因此引起爭議。TEXONO與CDEX團隊，發展嶄新的PCGe探測器刻度技術與數據分析方法，提高實驗靈敏度，解诀了處理「內裏事例」與「表面事例」效率修訂的癥結問題 ，否定以上實驗對暗物質證據的詮釋，並啟示其對數據處理之不足。

    簡要記述(英)：The Academia Sinica-based Taiwan Experiment On Neutrino (TEXONO) Program is a founding partner of the China Dark matter EXperiment (CDEX) . The Collaboration reported new results as a Rapid Communication in Physical Review D in November 2014.

    Earlier work by the TEXONO group has successfully opened the "sub-keV" window of investigation with novel germanium detectors for light dark matter searches. These advances inspire collaborators from Beijing Tsinghua University to lead construction of the China Jinping Underground Laboratory (CJPL) in Sichuan, and conducting the CDEX dark matter search program .

    Several experiments elsewhere (DAMA,CRESST,CoGeNT) reported data that could be interpreted as evidence for the detection of light dark matter, contradicted by results of others. The issue remains controversial. The Collaboration makes advances in low-energy germanium detectors and devises novel calibration schemes and data analysis techniques to differentiate between "Bulk" and "Surface" events. New results from the CDEX experiment at CJPL refute the evidence of dark matter in the
    region implied by these experiments, and indicate deficiencies in the original data analysis procedures.

    主要相關著作：
    Q. Yue et al., CDEX Collaboration,, 2014, “Limits on light WIMPs from the CDEX-1 experiment with a p-type point-contact germanium detector at the China Jinping Underground Laboratory”, PHYSICAL REVIEW D, Vol. 90, Pg. 091701(R). (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)


  • [3]     西元年：2013
    研究人員(中)：王子敬、[台灣微中子實驗] 國際合作團隊 (中研院主導，共38作者、9研究單位，來自台灣、中國、印度、土耳其)
    研究人員(英)：WONG, HENRY TSZ-KING, TEXONO Collaboration (led by Academia Sinica, including 38 authors from 9 institutes from Taiwan, China, India and Turkey)
    研究成果名稱(中)：於國聖核電廠微中子實驗室以超低能量高純鍺探測器測量暗物質之上限值
    研究成果名稱(英)：Limits on Spin-Independent Couplings of WIMP Dark Matter with a p-Type Point-Contact Germanium Detector at Kuo-Sheng Reactor Neutrino Laboratory
    簡要記述(中)：本院物理研究所主導之『台灣微中子實驗』(TEXONO)國際合作團隊於今（2013）年3月發表新數據，否定美國CoGeNT實驗於2011年發表有關暗物質的證據及詮釋，並引證其數據處理不足之處。此項研究成果將於2013年6月25日刊登於《物理評論通訊》（Physical Review Letters）。

    宇宙的主要成分──暗能量和暗物質，為本世紀基礎科學之重要問題，亦為前端科技致力探索的研究方向。美國的CoGeNT實驗於2011年發表的數據，可解讀為支持低質量暗物質存在的證據。這論點若成立，將是革命性的發現，因此必須接受嚴格的驗證。「台灣微中子實驗」（TEXONO）國際合作團隊，累積多年開展極低能高純鍺探測器的技術，利用「國聖微中子實驗室」低背境屏蔽裝置，再發展嶄新的探測器刻度技術與數據分析方法，提高實驗靈敏度。TEXONO團隊發表的實驗數據，結論是在CoGeNT提出的範圍內，並沒有找到暗物質，駁斥該實驗詮釋。實驗的關鍵技術，是在排除背境事例中，必須作篩選效率的測量。TEXONO的數據，說明CoGeNT實驗在此環節上之不足。

    TEXONO團隊持續提升探測器靈敏度，減低背境訊號，同時與中國大陸清華大學為首的研究團隊合作，在位於中國四川，為目前世界最深的「中國錦屏山地下實驗室」進行研究，以其極底宇宙線輻射背境的優勢，運用團隊已掌握的技術經驗，開展找尋暗物質的研究計畫。預期可更上層樓，站在國際舞台前端，進一步拓展偵測暗物質的實驗視窗。

    「台灣微中子實驗」（TEXONO），為本院物理所主導之國際研究計畫，有來自台灣、中國大陸、印度與土耳其的研究單位參與，並得本院深耕計畫與國科會經費支持。團隊於2000年在台電核二廠建置『國聖微中子實驗室』，在微中子磁矩、微中子電弱作用等課題上，取得世界水準的成績，為國際同儕肯定。團隊自2004年兼納暗物質的偵測為主軸研究項目，成功開啟了偵測低質量暗物質的視窗，該質量範圍輾轉發展為國際暗物質研究的焦點。本研究成果，進一步確立團隊在找尋暗物質研究中的貢獻。
    簡要記述(英)：The Academia Sinica-based Taiwan Experiment On Neutrino (TEXONO) Collaboration led by the Institute of Physics recently reported research results that refute evidence presented by the Coherent Germanium Neutrino Telescope (CoGeNT) Collaboration on the detection of dark matter. The related article was published in the prestigious journal Physical Review Letters on 25 June, 2013.

    There is compelling evidence that about 95% of the energy density of the Universe is made up of dark matter and dark energy. However, the experimental search for dark matter and dark energy has proved challenging, and has become an important frontier in contemporary physics and cosmology.

    In 2011, the US-based CoGeNT Collaboration reported data that could be interpreted as evidence for the detection of dark matter. If confirmed, this evidence would constitute a revolutionary discovery and therefore requires rigorous verification. The TEXONO Collaboration successfully took up this challenge. Using advanced low-energy germanium detectors at the low-background facilities at the “Kuo-Sheng Reactor Neutrino Laboratory” in northern Taiwan, the research team devised novel calibration schemes and data analysis techniques to enhance experimental sensitivity. New results from the TEXONO investigation refute the evidence of dark matter in the region implied by the CoGeNT data, and indicate deficiencies in the original data analysis procedures. The principal technical advance of this work is on the measurement of efficiency in the rejection of background events.

    Founded in 1997, the TEXONO Collaboration consists of research institutes from Taiwan, China, India and Turkey, and is led by the Institute of Physics, Academia Sinica. The group pioneered techniques on the study of dark matter and strives to advance detector performance and physics sensitivities via hardware upgrades and background reduction. It built and commissioned the “Kuo-Sheng Reactor Neutrino Laboratory” at Nuclear Power Station II on the northern coast of Taiwan in 2000. TEXONO has achieved world-class results in studies of neutrino magnetic moments and neutrino electroweak physics, and launched an additional dark matter research program in 2004. The Collaboration has been working with Tsinghua University in China since 2009 to conduct the first dark matter experiment at the “China Jinping Underground Laboratory” in Sichuan, which is the deepest operating underground laboratory in the world and provides excellent shielding against the radiation background from cosmic rays. The newly reported results further establish TEXONO as a frontline contender in the quest for dark matter.

    Funding for the current research was provided by the Academia Sinica Principal Investigator Award, the National Science Council of Taiwan, and the Scientific and Technological Research Council of Turkey.

    主要相關著作：
    H.B. Li et al., , 2013, “Limits on Spin-Independent Couplings of WIMP Dark Matter with a p-type Point-Contact Germanium Detector”, PHYSICAL REVIEW LETTERS, Vol 110, Pg. 261301. (SCIE) (IF: 9.161; SCI ranking: 8.1%)


  • [4]     西元年：2010
    研究人員(中)：王子敬、[台灣微中子實驗] 國際合作團隊 (中研院主導，共42作者、11研究單位，來自台灣、中國、印度、土耳其)
    研究人員(英)：WONG, HENRY TSZ-KING, TEXONO Collaboration (led by Academia Sinica, including 42 authors from 11 institutes from Taiwan, China, India and Turkey)
    研究成果名稱(中)：國聖核電廠微中子實驗室的[微中子與電子交互作用] 截面的測量
    研究成果名稱(英)：Measurement of neutrino-electron scattering cross section with a CsI(Tl) scintillating crystal array at the Kuo-Sheng nuclear power reactor
    簡要記述(中)：[台灣微中子實驗] 國際合作團隊，2010年 於國聖核二廠微中子實驗室，完成了 [微中子與電子交互作用] 截面的測量。我們在利用200 kg 的CsI(Tl)閃爍晶體探測器，在還沒有被前人檢驗的能量區域裡，證明粒子物理的標準模型依然有效，並限制了新物理理論的可能參數。兩篇研究成果在Physical Review D發表。
    簡要記述(英)：The TEXONO Collaboration completed the studies of neutrino-electron scattering cross-section at the Kuo-Sheng Reactor Neutrino Laboratory in the kinematically-new MeV range, using a 200 kg CsI(Tl) scintillating crystal array as target. We achieved measurements on the electroweak interaction parameters and placed constraints on physics beyond the standard model. The results were published in two articles in Physical Review D.


  • [5]     西元年：2009
    研究人員(中)：王子敬、[台灣微中子實驗] 國際合作團隊 (中研院主導，19作者，6合作單位)
    研究人員(英)：WONG, HENRY TSZ-KING, TEXONO Collaboration (Academia Sinica-led, 19 authors, 6 institutes)
    研究成果名稱(中)：以極低能高純鍺探測器找尋低質量暗物質
    研究成果名稱(英)：New limits on low-mass WIMP dark matter with a germanium detector at a threshold of 220 eV
    簡要記述(中)：[台灣微中子實驗] 國際合作團隊，於國聖微中子實驗室，以極低能高純鍺探測器，找尋低質量暗物質。該實驗開啟了"sub-keV"探測器與"<10 GeV"暗物質的視窗，在 Physical Review D 發表。
    簡要記述(英)：An energy threshold of (220+-10) eV was achieved at an efficiency of 50% with a four-channel ultra-low-energy germanium detector each with an active mass of 5 g. This provides a unique probe to WIMP dark matter with mass below 10 GeV. With a data acquisition live time of 0.338 kg-day at the Kuo-Sheng Laboratory, constraints on WIMPs in the galactic halo were derived. The limits improve over previous results on both the spin-independent WIMP-nucleon and the spin-dependent WIMP-neutron cross-sections for WIMP mass between 3-6 GeV. Sensitivities for full-scale experiments are projected. This detector technique makes the unexplored sub-keV energy window accessible for new neutrino and dark matter experiments. Two appendices are included after Version-3 to address questions raised on trigger and selection efficiencies as well as other issues.
    主要相關著作：
    S.T.~Lin et al., 2009, “New Limits on Spin-Independent and Spin-Dependent Couplings of Low-Mass WIMP Dark Matter with a Germanium Detector at a Threshold of 220~eV”, PHYSICAL REVIEW D, Vol. 79, 061101 (Rapid Comm.). (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)


  • [6]     西元年：2007
    研究人員(中)：王子敬、[台灣微中子實驗] 國際合作團隊 (中研院主導，共31作者、11研究
    研究人員(英)：WONG, HENRY TSZ-KING, TEXONO Collaboration (Academia Sinica-led, 31 authors, 11 institutes)
    研究成果名稱(中)：於國聖微中子實驗室找尋微中子磁矩
    研究成果名稱(英)：Searches of Neutrino Magnetic Moments at Kuo-Sheng Neutrino Laboratory
    簡要記述(中)：[台灣微中子實驗] 國際合作團隊，於國聖微中子實驗室，以高純鍺探測器，找尋微中子磁矩。該實驗最後結果，發表於
    Phys. Rev. D 75, 012001 (2007).
    簡要記述(英)：A search of neutrino magnetic moments was carried out at the Kuo-Sheng Nuclear Power Station at a distance of 28 m from the 2.9 GW reactor core. With a high purity germanium detector of mass 1.06 kg surrounded by scintillating NaI(Tl) and CsI(Tl) crystals as anti-Compton detectors, a detection threshold of 5 keV and a background level of 1 counts/(kg-keV-day) near threshold were achieved. Details of the reactor neutrino source, experimental hardware, background understanding and analysis methods are presented. Based on 570.7 and 127.8 days of Reactor ON and OFF data, respectively, at an average Reactor ON electron anti-neutrino flux of 6.4 X 10^{12 cm^{-2} s^{-1}, the limit on the neutrino magnetic moments of < 7.4 X 10^{-11} Bohr magneton at 90% confidence level was derived. Indirect bounds on radiative decay lifetimes were inferred. This final results of this work were published in Phys. Rev. D 75, 012001 (2007).
    主要相關著作：
    H.T. Wong et al., TEXONO Collaboration, 2007, “Search of Neutrino Magnetic Moments with a High-Purity Germanium Detector at the Kuo-Sheng Nuclear Power Station”, PHYSICAL REVIEW D, 75, 012001. (SCIE) (IF: 5.296; SCI ranking: 22.1%,20.7%)


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