Modeling and Simulation Group Meeting
The Modeling and Simulation Group (MSG) is a lunchtime gathering for both the students and faculty interested in modeling and simulation. Past meetings have included research presentations from internal or external speakers; tutorials on practical tools such as JAX and scientific visualization; brief research overviews by new faculty; and introductory discussions of broader topics, including machine learning and artificial intelligence in mathematics, data science, and quantum computing.
See here for the current Fall 2026 semester schedule (in WWH 1314).
To join the mailing list, please go to this link: https://groups.google.com/a/nyu.edu/g/modelingandsimulation . You must then sign into a Google account (either your nyu.edu account, or a generic Google account). Click "Apply for Membership." If you would like to be added without a Google account, please send an email with the subject 'subscribe MSG' to one of the organizers.
A historical account of previous activities in the Modeling and Simulation Group, when it was part of an NSF RTG, can be found here:
Seminar Organizer(s): Aria Huang, Annie Warren, Guanhua Sun, Ofer Kimchi, Leif Ristroph.
Past Events
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Thursday, April 30, 202612:30PM, Warren Weaver Hall 517
Rethinking edge closures in 3D fixed-boundary magnetohydrodynamic equilibrium modeling
Alan Kaptanoglu, NYU -
Thursday, April 2, 202612:30PM, Warren Weaver Hall 517
Mixed Finite Elements: Forms, Chains, Sequences and Tunnels
Tobias Blickhan, NYU -
Thursday, March 26, 202612:30PM, Warren Weaver Hall 517
First passage statistics in biophysics: Theory and applications
Sarah Kostinski, Physics Department, NYU -
Thursday, March 5, 202612:30PM, Warren Weaver Hall 517
Electric fields guide cell migration
Alex Mogilner, New York University -
Thursday, February 26, 202612:30PM, Warren Weaver Hall 517
Cytoplasmic flow in fungal mycelia
Rico Rojas, New York University -
Thursday, February 19, 202612:30PM, Warren Weaver Hall 517
Lubricated Immersed Boundary Method with Application to Fiber Bundles
Thomas Fai, Brandeis University