Michael Taylor (UNC)
Phillips Hall 328Mode: In-Person Title: How smooth is a C² surface? Abstract: Please view Dr. Taylor's abstract HERE.
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Applied Mathematics Colloquium – TBA
Phillips Hall 332Mode: TBA Title: TBA Abstract: TBA
Mathematics Colloquium – TBA
Phillips Hall 332Mode: TBA Title: TBA Abstract: TBA
Geometric Methods in Representation Theory Seminar – TBA
Phillips Hall 385Mode: TBA Title: TBA Abstract: TBA
Jacob Bernstein (JHU, IAS) – Colding-Minicozzi entropies in Cartan-Hadamard manifolds
Phillips Hall 328Mode: In-Person Title: Colding-Minicozzi entropies in Cartan-Hadamard manifolds Abstract: I will discuss a family of functionals defined on submanifolds of Cartan-Hadamard manifolds that generalize the Colding-Minicozzi entropy of submanifolds of Euclidean space. These quantities are monotone under mean curvature flow … Read more
Dr. Zixuan Cang, NCSU – Applied Math Colloquium
Phillips Hall 332Mode: In-Person Title: Spatiotemporal analysis of single-cell and spatial genomics data Abstract: The emerging single-cell and spatial genomics techniques allow us to elucidate the governing rules of multicellular systems with an unprecedented resolution and depth. These datasets are often high-dimensional, … Read more
Mathematics Colloquium – TBA
Phillips Hall 332Mode: TBA Title: TBA Abstract: TBA
Dr. Lingfei Yi, Minnesota – Physical rigidity of Frenkel-Gross connection
Phillips Hall 385Mode: In-Person Title: Physical rigidity of Frenkel-Gross connection Abstract: A G-connection over a smooth complex curve is called physically rigid if it is determined by its local monodromies. We show that the Frenkel-Gross connection is physically rigid, thus confirming the … Read more
Analysis & PDE Seminar – TBA
Phillips Hall 328Mode: In-Person Title: TBA Abstract: TBA
Applied Mathematics Colloquium – TBA
Phillips Hall 332Mode: TBA Title: TBA Abstract: TBA
Mathematics Colloquium – TBA
Phillips Hall 332Mode: TBA Title: TBA Abstract: TBA
Geometric Methods in Representation Theory Seminar – TBA
Phillips Hall 385Mode: TBA Title: TBA Abstract: TBA