Amos Nevo: Representation theory, effective ergodic theorems, and applications - Lecture 1
Amos Nevo: Representation theory, effective ergodic theorems, and applications - Lecture 2
Amos Nevo: Representation theory, effective ergodic theorems, and applications - Lecture 4
Amos Nevo: Representation theory, effective ergodic theorems, and applications - Lecture 3
Amos Nevo (Technion Israel Institute of Technology) Ergodic Theorems for Actions of Lattice Subgroup
Amos Nevo - On best possible rates of Diophantine approximation by lattice orbits.
Discrete Representation Theory Ep. 3 - Faithful Representations
Social Representation Theory: Implications and Applications – Wolfgang Wagner 1/2
Amos Nevo - Diophantine approximation, arithmetic groups and ergodic theory
Intrinsic Diophantine approximation (Lecture 1) by Amos Nevo
Ergodic Theory - Stefano Luzzatto - Lecture 10
Simion Filip, The Multiplicative Ergodic Theorem (2)
Operator Theoretic Aspects of Ergodic Theory
Nikos Frantzikinakis: Ergodicity of the Liouville system implies the Chowla conjecture
Deviation Spectrum of Ergodic Integrals for Locally Hamiltonian Flows on Surfaces- Krzysztof Fraczek
Alex Gorodnik 4th talk
Noson S. Yanofsky - Diagonalization, Fixed Points, and Self-reference (Gödel Conference)
Paul Knoepfler, UC Davis - CIRM Stem Cell #SciencePitch Challenge
Diophantine approximation with nonsingular integral transformations by S. G. Dani
1.5 G. Margulis : Diophantine approximation, lattices and flows on homogeneous spaces
Searching Databases
Alexander Furman, Mostow rigidity
Applications of homogeneous dynamics - Jens Marklof & Andreas Strombergsson - Lecture 03
S22 SASMS I - "An Introduction to Harmonic Analysis by Way of Representation Theory"
DECA I - Week 4 - b) Intra-procedural analyses - computing fixed points