Simin Wang
青年研究员 Supervisor of Doctorate Candidates

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王思敏,复旦大学现代物理研究所青年研究员、博士生导师。2010年获北京大学物理学学士学位,2015年获北京大学粒子物理与原子核物理博士学位。2015—2020年在美国密西根州立大学FRIB/NSCL实验室从事研究工作,2020—2021年任北京大学高级访问学者,2021年5月加入复旦大学。


主要从事中低能原子核理论研究,关注滴线区原子核的奇特结构、开放量子体系及奇异衰变,发展包含连续谱耦合的核结构与反应统一理论。研究内容包括晕与集团结构、双质子及双中子发射、镜像对称性破缺、三体衰变动力学和非指数衰变,以及核多体体系的简化基模拟方法。开发了Gamow耦合道(GCC)方法及相关计算程序。


研究成果发表于Nature、Physical Review Letters、Progress in Particle and Nuclear Physics、Physical Review C等期刊。主持或承担国家自然科学基金、国家重点研发计划相关研究任务。获中国核学会青年科技奖(2025年)、上海市科技青年35人引领计划(2024年),入选Journal of Physics G“Emerging Leaders 2025”(2026年)。


担任Nuclear Science and Techniques和Chinese Physics C副编辑,参与ISNET及NUSYS的学术组织工作。主讲核物理(H)、量子力学进阶和高等量子力学等课程。


电子邮箱:wangsimin@fudan.edu.cn

ORCID:https://orcid.org/0000-0002-8902-6842


Educational Experience

  • Peking University
  • Physics
  • 学士学位
  • Undergraduate studies
  • September 2006 – July 2010. Supervisor: Prof. Furong Xu. Thesis: Nuclear Cluster Structures and Decays.

  • Peking University
  • Nuclear Physics
  • Ph.D.
  • Doctoral studies
  • September 2010 – July 2015. Supervisor: Prof. Furong Xu. Thesis: Model Development for Nuclear Structures.

Work Experience

  • Michigan State University, USA
  • FRIB/NSCL Laboratory
  • Research Associate
  • September 2015 – August 2020. Supervisor: Prof. Witold Nazarewicz.
  • Peking University
  • Visiting Scholar
  • September 2020 – May 2021.
  • Fudan University
  • Institute of Modern Physics
  • Associate Professor; Ph.D. supervisor
  • Current
  • May 2021 – present. Research in nuclear theory, open quantum systems and exotic nuclear decays.

Social Affiliations

  • Associate Editor of Nuclear Science and Techniques and Chinese Physics C. Referee for Physical Review Letters, Physical Review C, Journal of Physics G, Nuclear Physics A and The European Physical Journal A.
    Board/committee member of Information and Statistics in Nuclear Experiment and Theory (ISNET) and Nuclear physics School for Young Scientists (NUSYS); Executive Committee member of the Shanghai Research Center for Theoretical Nuclear Physics.
    Member of the American Physical Society, FRIB Theo

Research Focus

  • Nuclear theory and open quantum systems: exotic halo and cluster structures in weakly bound and unbound nuclei; two-proton and two-neutron emission; continuum coupling, mirror-symmetry breaking and the Thomas–Ehrman effect. Development of the Gamow coupled-channel (GCC) method and a unifie