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[预告]05.09 京师核科学论坛第30期——Nuclear Stru

  主讲人:Jenny Lee 香港大学教授

主题:Proton-driven plasma wakefield acceleration (AWAKE), current status and future plans

  时间:2018年5月9日(周三)10:00

时间:2018年12月26日(星期三)15:00

  地点:京师科技大厦B座 1314室

地点:京师科技大厦B座1314报告厅

  内容摘要:

主讲人:夏国兴

  Nuclear Physics aims at understanding the fundamental properties of matter and the origin of the universe. The availability of short-lived nuclei produced at the radioactive-isotope beam (RIB) facilities worldwide in recent years has led to numerous discoveries of new phenomena in exotic nuclei, such as emergence of new magic numbers, neutron halos and skin. To understand these novel features, it is essential to obtain detailed knowledge of correlations between nucleons. In this talk, I will present HKU experimental programs at the world’s leading RIB facilities including RIBF/RIKEN (Japan) and NSCL/MSU (United States) to investigate new magicity of exotic nuclei and nucleon correlations. I will also discuss about the detection array projects at HKU.

主讲人简介

  MPhil/PhD/Postdoc positions in Nuclear Physics at HKU:

图片 1

  MPhil/PhD/Postdoc positions are open in the Experimental Nuclear physics Group at HKU. The topics are dedicated to the structure studies of exotic nuclei using in-gamma spectroscopy and direct-reaction technique. The experiments will be performed at RIBF/RIKEN (Japan) with the world’s most intense radioactive beams. In addition, candidates will participate in the construction project of detector arrays at HKU with international collaborations. For enquiry, please contact Dr. Jenny Lee (jleehc@hku.hk).

夏国兴博士目前管理曼彻斯特大学先进粒子加速器研究组,主要参与CERN 的AWAKE 国际合作实验项目 (质子驱动等离子尾场加速实验),另外积极开展基于激光和相对论电子束驱动的等离子尾场加速和电介质加速器研发以及先进材料在高能粒子加速器中的应用等。夏国兴是Cockcroft 加速器科学研究所主管研究生教育和培训的常务主任。负责博士研究生课程的规划,教学和招生等。研究组主要研究领域包括:基于超短超强激光脉冲和相对论带电粒子束流驱动的先进等离子体加速器,束流和激光驱动电介质加速器的研发,加速器束流动力学,先进材料在加速器中的应用和基于激光冷却原子的超冷强流电子束等。在各类期刊发表论文150 余篇。

  HKU Group webpage:

报告摘要

  联系人:

Plasma-based accelerators have achieved tremendous progress in the last three decades, thanks to the availability of ultrashort and high power lasers and relativistic electron beams. Nowadays, laser wakefield acceleration (LWFA) has routinely achieved GeV beam energy in centimeter long plasma channel. Electron beam driven plasma wakefield acceleration (PWFA) has achieved the energy doubling of a 42 GeV SLC electron beam at SLAC and proved the high efficiency acceleration for electrons and positrons, respectively. The new plasma-based acceleration experiment, so-called AWAKE at CERN has very recently demonstrated the successful acceleration of electrons to up to 2 GeV in a proton driven plasma wakefield. In this talk, I will introduce the basic principles and the development of proton-driven plasma wakefield acceleration scheme. The latest experimental results and its future plans.

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