Student Probability Seminar
This semester, Spring 2024, the Student Probability Seminar meets on Wednesdays from 12:30--1:45 PM in WWH 202.
All students and postdocs are welcome. Each week, someone chooses and presents a topic at an introductory level. Anyone is welcome and encouraged to speak, regardless of their background in probability. If you wish to speak, please contact Douglas Dow at dd3103 [at] nyu.edu, Mason Haberle at mason.haberle [at] nyu.edu, Elias Hess-Childs at elias.hess-childs [at] courant.nyu.edu, or Yujin Kim at yujin.kim [at] courant.nyu.edu.
Seminar Organizer(s): Douglas Dow, Elias Hess-Childs, Mason Haberle, Yujin Kim
Past Events
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Thursday, December 12, 201912:15PM, Warren Weaver Hall 201
Maximum of branching Brownian motion
Michel Pain, CIMS -
Thursday, December 5, 201912:15PM, Warren Weaver Hall 201
New Potential-Based Bounds for Prediction with Expert Advice
Vlad Kobzar, CIMS -
Thursday, November 21, 201912:15PM, Warren Weaver Hall 201
No meeting - instead, Northeast Probability Seminar @ CUNY
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Thursday, November 14, 201912:15PM, Warren Weaver Hall 201
Large Deviations Principles for Coulomb Gases
Luke Peilen, CIMS -
Thursday, November 7, 201912:15PM, Warren Weaver Hall 201
Statics and dynamics of real-space condensation in the zero range process and related models
Ori Hirschberg, CIMS -
Thursday, October 31, 201912:15PM, Warren Weaver Hall 201
The TAP equations for the Sherrington-Kirkpatrick model
Raphaël Berthier -
Thursday, October 24, 201912:15PM, Warren Weaver Hall 201
Rare exit events near a repelling equilibrium
Hong-Bin Chen, CIMS -
Thursday, October 17, 201912:15PM, Warren Weaver Hall 201
Introduction to the 'replica method'
Léo Miolane, CIMS -
Thursday, October 10, 201912:15PM, Warren Weaver Hall 201
Additive functionals of Markov chains
Chris Thornett, CIMS -
Thursday, October 3, 201912:15PM, Warren Weaver Hall 201
Large deviations for extreme eigenvalues of deformed Wigner random matrices
Benjamin McKenna, CIMS -
Thursday, September 26, 201912:15PM, Warren Weaver Hall 201
Stein’s Paradox and Random Walks
Tim Kunisky, CIMS