Time: August 25th to August 29th, 2025
Venue: Westlake University
Organizers:
l Jose A. Carrillo (University of Oxford)
l Louis Tao (Peking University)
l Zhennan Zhou (Westlake University)
Main Lectures:
l Daniele Avitabile, (Vrije Universiteit Amsterdam)
l Douglas Zhou (Shanghai Jiao Tong University)
l Charlotte Dion-Blanc (Sorbonne Université)
l Valentin Schmutz (University College London)
l Zhennan Zhou (Westlake University)
Presentations:
l Yu Hu (Hong Kong University of Science and Technology)
l Songting Li (Shanghai Jiao Tong University)
l Zhuocheng Xiao (New York University Shanghai)
l Nicolas Torres (Université Côte d'Azur)
l Datong Zhou (Sorbonne Université)
l Nicolas Zadeh (Universite Libre de Bruxelles)
Are you captivated by the mathematical architecture underlying human neural networks?
This August, let’s wield mathematics as a key to unlock the enigmas of the brain! Tailored explicitly for math enthusiasts, this summer school delves into the sophisticated frameworks of large-scale system modeling, deciphers the spatiotemporal dynamics encoded in Hawkes processes for neuroscience, on the local stability of the elapsed-time model in terms of the transmission delay and interconnection strength, the existence theory for a kinetic Fokker-Planck equation with measure right-hand side arising in neuroscience, and unravels the mathematical marvel of measure concentration in biological neural networks—a phenomenon that illuminates the hidden order within complex systems.
What You'll Experience:
l 5 Main Lectures: Learn the core concepts of mathematical neuroscience from leading experts in the field.
l 6 Research-Oriented Presentations: Gain insights into cutting-edge research and delve deeper into specialized topics.
l Engage in Discussions: Interact with professors and fellow participants, fostering a collaborative learning environment.
l Showcase Opportunities: Participants may showcase their original research poster to amplify emerging voices and catalyze mentorship-driven partnerships.
What You'll Learn:
l Neural Modeling: Understand how to construct mathematical models of single neurons and neuronal networks.
l Dynamical Systems: Apply mathematical tools to investigate the complex dynamics that give rise to brain function.
l Network Analysis: Analyze the structure and connectivity of neural circuits.
l Real-World Applications: See how math is used to tackle questions in neuroscience.
Who Should Apply:
l Graduate and senior undergraduate students majoring in Mathematics, Applied Mathematics, or Computational Sciences, with a solid mathematical foundation (e.g., expertise in Mathematical Analysis, Linear Algebra, Differential Equations, Probability Theory, or equivalent coursework).
l Prior exposure to neuroscience fundamentals or programming proficiency is advantageous but not mandatory.
l A passion for interdisciplinary exploration and problem-solving!
How to Apply (Limited Spots Available - Apply Early!)
l Fill in the application form: Please open the link below to fill in the application form and submit it, or scan the QR code to access the application page. https://www.wenjuan.com/s/UZBZJvCTqzm/
l Submit Transcripts/Study Records: Provide documentation demonstrating your strong foundation in mathematics. Unofficial transcripts are acceptable.
l Poster Showcase(optional): Please upload the title and abstract of the poster you plan to present in the field of mathematical neuroscience.
Please Note:
l Participation in the summer school is free.
l The summer school will provide on-campus dormitory housing at no additional charge, Students are responsible for covering all personal travel expenses and costs incurred during the program.
l Only students selected for Poster showcases will receive travel reimbursement.
l Space is limited to 30 students. Apply early to secure your spot!
l If any faculty members or postdoctoral researchers are interested in this program and wish to participate, please contact us via email zhangwenxin@westlake.edu.cn.
