DRAFT

H.B Keller Colloquium

Monday, October 3, 2022
4:00pm to 5:00pm
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Annenberg 105
Multiscale Inverse Problem From Schrödinger to Newton to Boltzmann
Qin Li, Associate Professor, Mathematics Department, University of Washington - Madison,

Inverse problems are ubiquitous. We probe the media with sources and measure the outputs, to infer the media information. At the scale of quantum, classical, statistical and fluid, we face inverse Schrödinger, inverse Newton's second law, inverse Boltzmann problem, and inverse diffusion respectively. The universe, however, expects a universal mathematical description, as Hilbert proposed in 1900. In this talk, we initiate a line of research that connects these four inverse problems. We will give arguments for justifying that these are the same problem merely represented at different scales.

I would like to invite the audience to brainstorm the algorithmic consequences. While mathematically being equivalent, these problems have different conditioning. Are there systematic ways to integrate information across scales?

For more information, please contact Diana Bohler by phone at 626-395-1768 or by email at dbohler@caltech.edu.