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Dr. Marcelo Disconzi, Vanderbilt – General-relativistic viscous fluids

Phillips Hall 332

Mode: TBA Title: General-relativistic viscous fluids Abstract: In this talk, we will review some recent developments at the intersection of mathematics and physics regarding theories of relativistic fluids with viscosity. The discovery of the quark-gluon plasma that forms in heavy-ion … Read more

Dr. Jeff Cheeger, New York University – Quantitative Differentiation

Phillips Hall 332

Mode: In-Person Title: Quantitative Diffeerentiation Abstract: Abstract: Quantitative differentiation deals with the behavior of function or geometric object at all locations and on all scales. We will give a relatively short elementary proof of the main theorem in the simplest … Read more

M. E. Taylor Analysis and PDE Seminar – Kiril Datchev (Purdue)

Phillips Hall 385

Wave decay rates and resonances in dimension two Abstract. Resonances are generalizations of eigenvalues used in settings where some or all of the spectrum is continuous rather than discrete. An example of such a setting is a wave in the exterior … Read more

Mathematics Colloquium – K. R. Rajagopal (TAMU)

Phillips Hall 332

The mathematics and mechanics of bodies described by implicit constitutive equations Abstract. After first discussing the need for implicit constitutive relations to describe the response of both solids and fluids, I will then discuss applications wherein such implicit constitutive relations … Read more

Geometric Methods in Rep Theory Seminar – Mikhail Kapranov (IPMU)

Phillips Hall 385

N-spherical functors and categorification of Euler’s continuants Abstract. Euler’s continuants are universal polynomials expressing the numerator and denominator of a finite continued fraction in terms of its entries. Remarkably, they make an appearance in the very foundations of category theory: … Read more