Videos

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Perturbations of quasi-periodic orbits: From Theory to computations Thumbnail

Perturbations of quasi-periodic orbits: From Theory to computations

Presenter
  • Rafael de la Llave
January 23, 2017
IPAM

Mathematical Art: An Artist Perspective

Presenter
  • Jiangmei Wu
August 12, 2025
ICERM
Juan Carlos Martinez Mori - Modeling Neighborhood Change - IPAM at UCLA Thumbnail

Juan Carlos Martinez Mori - Modeling Neighborhood Change - IPAM at UCLA

Presenter
  • Juan Martinez Mori
January 24, 2024
IPAM
Nate Harman - Pre-Galois Categories and Discrete Categories - IPAM at UCLA Thumbnail

Nate Harman - Pre-Galois Categories and Discrete Categories - IPAM at UCLA

Presenter
  • Nate Harman
January 10, 2024
IPAM
Pascal Van Hentenryck - Fusing Machine Learning and Optimization - IPAM at UCLA Thumbnail

Pascal Van Hentenryck - Fusing Machine Learning and Optimization - IPAM at UCLA

Presenter
  • Pascal Van Hentenryck
March 1, 2023
IPAM
GDRR Opening Workshop: Network Connectivity and Implications for Systemic Risk, George Michailidis Thumbnail

GDRR Opening Workshop: Network Connectivity and Implications for Systemic Risk, George Michailidis

August 6, 2019
SAMSI
Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Great Permutations" Thumbnail

Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Great Permutations"

Presenter
  • Tom Halverson
May 3, 2024
SLMath
Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Bitableaux, Crystals, and Kronecker Coefficients" Thumbnail

Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Bitableaux, Crystals, and Kronecker Coefficients"

Presenter
  • Nate Harman
May 3, 2024
SLMath
Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Crystal bases for reduced Imaginary Verma Modules of untwisted Quantum affine algebras" Thumbnail

Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Crystal bases for reduced Imaginary Verma Modules of untwisted Quantum affine algebras"

Presenter
  • Kailash Misra
May 2, 2024
SLMath
Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Braids, Nichols algebras, and cohomology" Thumbnail

Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Braids, Nichols algebras, and cohomology"

Presenter
  • Sarah Witherspoon
May 2, 2024
SLMath
Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Representations induced from large subalgebras of a Lie algebra of differential operators" Thumbnail

Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Representations induced from large subalgebras of a Lie algebra of differential operators"

Presenter
  • Matt Ondrus
May 2, 2024
SLMath
Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Irreducible representations of Khovanov-Lauda-Rouquier algebras" Thumbnail

Advances in Lie Theory, Representation Theory, and Combinatorics: Inspired by the work of Georgia M. Benkart: "Irreducible representations of Khovanov-Lauda-Rouquier algebras"

Presenter
  • Monica Vazirani
May 1, 2024
SLMath