The Graduate Center
The City University of New York 365 Fifth Avenue
New York City, NY 10016-4309
Fridays 2:00-3:00 PM (ET)
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Online Seminars
These seminars are devoted to various topics in harmonic analysis and the analysis of partial differential equations. Topics of focus include, but are not limited to, sampling and frames theory, Riesz bases and signal processing, Fuglede Conjecture, singular integral theory, oscillatory integral operators, restriction and Kakeya-type estimates, decoupling, data assimilation, the mathematics of machine learning, dispersive equations, hydrodynamic equations and the mathematics of turbulence, regularity theory, stochastic PDEs, ergodic theory and long-time behavior of dynamical systems. If you would like to present a talk or added to our mailing list, please contact one of the corresponding co-organizers.
Schedule for Spring 2021
Date
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Presenter(s)
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Title of Talk
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Abstract/Notes
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Marcin Bownik
University of Oregon | Parseval Wavelet Frames on Riemannian Manifolds |
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Ruxi Shi (Mathematical Institute of Polish Academy of Science) | Spectral sets and spectral measures on groups with one prime factor |
Abstract |
February 26
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Steven Senger
(Missouri State University)
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The sharpness of Falconer-type estimates for dot products |
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No talk today
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March 12
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(UCLA)
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Translational tilings in lattices | Abstract |
March 19
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Modeling mixing accurately in numerical simulations of interfacial instabilities |
Abstract |
March 26
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(University of Maryland-Baltimore County)
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Determining Functionals and Maps, Data Assimilation and an Observable Regularity Criterion for
Three-Dimensional Hydrodynamical Equations
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Abstract |
April 2 |
No Talk (Spring break)
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April 9
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Zachary Bradshaw (University of Arkansas) |
Non-decaying solutions to the critical SQG equation with symmetries |
Abstract |
April 16
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(McMaster) |
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April 23
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David Sondak (Harvard University) |
An Autoencoder and Reduced Basis for Dynamical Systems |
Abstract |
April 30 |
Ali Pakzad (Indiana University)
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The Role of Energy Dissipation in Modeling Turbulence |
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May 7
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Andrea Giorgini (Indiana University)
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Diffuse Interface modeling for two-phase flows: from the model H to the AGG model |
Abstract |
May 14 | (Colorado State University) | Mathematical analysis of neural networks |
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