Date
QG Seminar (Zoom)
Speaker: Maor Ben-Shahar, (MIT)
Title: Classical spinning particles for black hole physics
Date
Assistant Professor Mirko Polato
University of Turin, Department of Computer Science
Date
Assistant ProfessorAlessia Antelmi, Computer Science assistant professor (RTD-A) at the University of Turin
Date
Bim Gustavsson, University of Birmingham
Title: TBA
Date
Co-hosted by Kusumi & Goda Units
Date-Time
Wednesday, April 8, 2026 - 10:00 to 11:00
Description
Title: How synaptic plasticity regulates Intracellular Transport of AMPAR
Speaker: Dr. Françoise Coussen
Research Director at the CNRS
Interdisciplinary Institute for Neuroscience (IINS)
University of Bordeaux and CNRS
Date
Co-hosted by Kusumi & Goda Units
Date-Time
Wednesday, April 8, 2026 - 11:00 to 12:00
Description
Title: Dynamic nanoscale organization of AMPAR control short and long term synaptic plasticity
Speaker: Prof. Daniel Choquet
Research director at the CNRS
Bordeaux Imaging Center (Director)
Neuroscience Cluster of Excellence, Bordeaux University (Director)
Member of the National Academy
Website: https://www.iins.u-bordeaux.fr/en/teams/56854-dynamic-organization-and-function-of-synapses/
Date
Title: Blow-up rate for the subcritical semilinear heat equation in non-convex domains
Speaker: Dr. Erbol Zhanpeisov (Tohoku University)
Date
QG Seminar
Speaker: Will Horowitz (University of Cape Town)
Title: Hamilton Revisited: The Action Principle for Initial Value Problems
Date
Dr. Leandro Quadrana, Institute of Plant Science. University Paris-Saclay, CNRS, France
Date
Speaker: Mr. Andrew Jensen, Kansas State University
Title: Modulus of Families of Lipschitz Chains with Arbitrary Dimension and Codimension
Abstract:
Recently, Lohvansuu (2023) introduced the p-modulus for families of k-dimensional Lipschitz chains and their dual families of (n-k)-dimensional chains. While he established an upper bound for the duality of these families on Lipschitz cubes, the corresponding lower bound remained an open question. Subsequently, Kangasniemi and Prywes (2025) developed dMod, a related notion of modulus based on differential forms, and successfully established a full duality result. In this talk, I will explore the implications of these developments and discuss related open problems.