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Algebraic Geometry - history, challenges and applications

What do algebra and geometry have to do with cryptography and how we can keep our information safe? Join us at this public talk to find out! This talk was part of the Birational Geometry and…

From  Greg McCracken 0 likes 45 plays 0  

Chloe Martindale - Isogeny-based cryptography: why, how, and what next?

Subtitles will be added at a later date. 28 July 2022 Foundations and Applications of Lattice-based Cryptography Chloe Martindale, University of Bristol Isogeny-based cryptography: why, how, and…

From  Greg McCracken 0 likes 25 plays 0  

Expander graphs, modular forms and cryptography, Luca De Feo

This public lecture was part of the Foundations and Applications of Lattice-based Cryptography workshop at ICMS. We were delighted to welcome speaker Luca De Feo to give this talk. Alice and the…

From  Iain Cms 0 likes 20 plays 0  

Dominique Maldague - Small cap decoupling for the moment curve in R^3

A Young Researchers Symposium in Harmonic Analysis Dominique Maldague, Massachusetts Institute of Technology 24 June 2022

From  Iain Cms 0 likes 69 plays 0  

David Beltran - Sharp $L^p$ bounds for the helical maximal function

A Young Researchers Symposium in Harmonic Analysis David Beltran, University of Wisconsin-Madison 23 June 2022

From  Iain Cms 0 likes 29 plays 0  

Zane Li - A decoupling interpretation of an old argument for Vinogradov's Mean Value Theorem

A Young Researchers Symposium in Harmonic Analysis Zane Li, Indiana University Bloomington 23 June 2022

From  Iain Cms 0 likes 49 plays 0  

Dóminique Kemp - Extending tangent surface decoupling: a model for higher dimensional zero curvature surfaces

A Young Researchers Symposium in Harmonic Analysis Dóminique Kemp (University of Wisconsin Madison) 23 June 2022 This recording is in the process being subtitled. This typically takes…

From  Iain Cms 0 likes 26 plays 0  

The Prym-Hitchin Connection - Christian Pauly

Bundles and Conformal Blocks with a Twist The Prym-Hitchin Connection Christian Pauly (Université Côte d'Azur) 17 June, 2022

From  Iain Cms 0 likes 17 plays 0  

Sharp smoothing estimates for averages over curves - Sanghyuk Lee

Fourier Analysis @200 Sharp smoothing estimates for averages over curves Sanghyuk Lee, Seoul National University 27 June 2022

From  Iain Cms 0 likes 40 plays 0  

Vector Bundles of VOA Conformal Blocks on the Moduli Space of Stable Pointed Curves of Genus G - Angela Gibney

Bundles and Conformal Blocks with a Twist Vector Bundles of VOA Conformal Blocks on the Moduli Space of Stable Pointed Curves of Genus G Angela Gibney (University of Pennsylvania) 16 June, 2022

From  Iain Cms 0 likes 14 plays 0  

Crossed Modular Categories and the Verlinde Formula for Twisted Conformal Blocks - Tammy Deshpande

Bundles and Conformal Blocks with a Twist Crossed Modular Categories and the Verlinde Formula for twisted Conformal Blocks Tanmay Deshpande (Tata Institute for Fundamental Research) 16 June,…

From  Iain Cms 0 likes 11 plays 0  

Degeneration of G-Torsors and Bruhat-Tits Group Schemes - Vikraman Balaji

Bundles and Conformal Blocks with a Twist Degeneration of G-Torsors and Bruhat-Tits Group Schemes Vikraman Balaji (Chennai Mathematical Institute) 14 June, 2022

From  Iain Cms 0 likes 18 plays 0  

Minicourse: Introduction to Parahoric Torsors - Jochen Heinloth (Part 2)

Bundles and Conformal Blocks with a Twist Minicourse: Introduction to Parahoric Torsors (Part 2) Jochen Heinloth (Universität Duisburg-Essen) 14th June, 2022

From  Iain Cms 0 likes 20 plays 0  

Purity for G-Bundles - Michael Rapoport

Bundles and Conformal Blocks with a Twist Purity for G-Bundles Michael Rapoport (Math.Inst.Univ.Bonn, Dept. of Math. U. of Maryland) 13 June, 2022

From  Iain Cms 0 likes 11 plays 0  

A Surface Moving Mesh PDE Method - Weizhang Huang

Adaptive Moving and Anisotropic Meshes for the Numerical Approximation of PDEs A Surface Moving Mesh PDE Method Weizhang Huang 10 May 2022

From  Iain Cms 0 likes 31 plays 0  

Adaptive Moving Mesh Methods for Computational Cell Biology - John MacKenzie

Adaptive Moving and Anisotropic Meshes for the Numerical Approximation of PDEs Adaptive Moving Mesh Methods for Computational Cell Biology John MacKenzie (University of Strathclyde) 09 May,…

From  Iain Cms 0 likes 27 plays 0