Mode: In-Person Title: Insights from biofluidmechanics: A tale of two tails Abstract: I will present recent work on two very different systems at very different scales, both involving fluid flow driven by undulatory motion. The first is a class of … Read more
Mode: In-Person Title: Mathematical and Statistical Analysis of Compressible Data on Compressive Network Abstract: We present an overview of the FRG project on the “Mathematical and Statistical Analysis of Compressible Data on Compressive Networks”. Compressible features of data include the … Read more
Mode: In-Person Title: Asymptotic simplification for solutions of nonlinear wave equations Abstract: In this lecture I will describe the progress made in the last 14 years, in our understanding of the long-time behavior of large solutions to the energy critical … Read more
Mode: In-Person Title: Wave maps into the sphere Abstract: In this talk we will introduce wave maps, an important geometric flow, and discuss, for the case when the target is the sphere, the asymptotic behavior near the ground state (without … Read more
Mode: In-Person Title: New channels of energy for wave equations, new non-radiative solutions and soliton resolution Abstract: We will discuss the role of non-radiative solutions to nonlinear wave equations, in connection with soliton resolution. Using new channels of energy estimates … Read more
Mode: In-Person Title: Quantum Schur dualities ABC Abstract: The classical Schur duality admits a q-deformation due to Jimbo, which is a duality between a quantum group and Hecke algebra of type A. A new quantum Schur duality between an i-quantum … Read more
Mode: In-Person Title: Dynamics of multi-solitons for Klein-Gordon equations Abstract: I will report my recent joint work with Jacek Jendrej on muti-solitons for the Klein-Gordon equations including their asymptotic stability and classification.
Dr. Jay Newby, University of Alberta Mode: In-Person Title: Abstract:
Mode: In-Person Title: How smooth is a C² surface? Abstract: Please view Dr. Taylor's abstract HERE.
