10-292026

Physical Biology Journal Club｜Gehua WENG: Biochemical Switches (I): Zero-Order Ultrasensitivity 时间：16:00-17:30 地点：E14-326 (tentative) 主讲人：Gehua WENG, PhD Student, Westlake University

10-222026

Physical Biology Journal Club｜Chengqian LI: How Exciton Transfer in Protein-pigment Supercomplex for Photosynthesis: Förster Resonance Energy Transfer (Ⅱ) 时间：16:00-17:30 地点：E14-326 (tentative) 主讲人：Chengqian LI, PhD Student, Westlake University

10-152026

Physical Biology Journal Club｜Chengqian LI: How Exciton Transfer in Protein-pigment Supercomplex for Photosynthesis: Förster Resonance Energy Transfer (Ⅰ) 时间：16:00-17:30 地点：E14-326 (tentative) 主讲人：Chengqian LI, PhD Student, Westlake University

10-082026

Physical Biology Journal Club｜Jiaying NI: Neural Population Dynamics of E-I network: Wilson-Cowan Model (Ⅱ) 时间：16:00-17:30 地点：E14-326 主讲人：Jiaying NI, PhD Student, Westlake University

09-242026

Physical Biology Journal Club｜Jiaying NI: Neural Population Dynamics of E-I network: Wilson-Cowan Model (Ⅰ) 时间：16:00-17:30 地点：E14-349 主讲人：Jiaying NI, PhD Student, Westlake University

09-172026

Physical Biology Journal Club｜Dr. Tao WANG: Hopfield's Neural Networks and His Philosophy: The Discrete Model (Ⅱ) 时间：16:00-17:30 地点：E14-349 主讲人：Dr. Tao WANG, Westlake University

09-102026

Physical Biology Journal Club｜Dr. Tao WANG: Hopfield's Neural Networks and His Philosophy: The Discrete Model (Ⅰ) 时间：16:00-17:30 地点：E14-349 主讲人：Dr. Tao WANG, Westlake University

09-032026

Physical Biology Journal Club｜Prof. Qian: Energetic Model of Alpha-helix Formation in Proteins 时间：16:00-17:30 地点：E14-349 主讲人：Hong QIAN, Chair Professor, Westlake University

06-182026

Physical Biology Journal Club｜Yihao Lin: Adaptation in Control Terms: From Signal Amplification to Robust Perfect Adaptation 时间：16:00-17:30 地点：E14-326 主讲人：Yihao Lin, PhD student, Westlake University

06-112026

Physical Biology Journal Club｜Kaling Cheung: Community Ecology and Evolutionary Game - Part Ⅱ 时间：16:00-17:30 地点：E14-326 主讲人：Kaling Cheung, PhD student, Westlake University