Anderson Transitions And (lost) Conformal Invariance Ilya

Combinatorics and conformal restriction in a model of the quantum Hall transition - Ilya Gruzberg

Combinatorics and conformal restriction in a model of the quantum Hall transition - Ilya Gruzberg

51:17
(4/4)Gruzberg, Random critical points: Anderson transitions, multifractality, and conformal symmetry

(4/4)Gruzberg, Random critical points: Anderson transitions, multifractality, and conformal symmetry

1:27:56
(1/4)Gruzberg, Random critical points: Anderson transitions, multifractality, and conformal symmetry

(1/4)Gruzberg, Random critical points: Anderson transitions, multifractality, and conformal symmetry

1:03:55
(3/4)Gruzberg, Random critical points: Anderson transitions, multifractality, and conformal symmetry

(3/4)Gruzberg, Random critical points: Anderson transitions, multifractality, and conformal symmetry

1:15:52
Ilya Gruzberg - Numerical evidence for marginal scaling at the integer quantum hall transition

Ilya Gruzberg - Numerical evidence for marginal scaling at the integer quantum hall transition

1:03:46
Visualizing video at the speed of light — one trillion frames per second

Visualizing video at the speed of light — one trillion frames per second

2:47
Quantum thermalization and many-body Anderson localization by David Huse (pedagogic)

Quantum thermalization and many-body Anderson localization by David Huse (pedagogic)

1:49:44
Anderson localization: Introduction and known results | Dominique Delande | SOAL 2020

Anderson localization: Introduction and known results | Dominique Delande | SOAL 2020

1:16:12
Boris Altshuler: Many-Body Localization

Boris Altshuler: Many-Body Localization

48:57
Most Used Design Patterns in React | Learn React Design Patterns in One Video

Most Used Design Patterns in React | Learn React Design Patterns in One Video

50:14
Introduction to Neutron Scattering (Tutorial) by Bella Lake

Introduction to Neutron Scattering (Tutorial) by Bella Lake

1:38:01
Chern-Simons Field Theory Invariants by Pichai Ramadevi

Chern-Simons Field Theory Invariants by Pichai Ramadevi

1:33:58
10P – Non-contrastive joint embedding methods (JEMs) for self-supervised learning (SSL)

10P – Non-contrastive joint embedding methods (JEMs) for self-supervised learning (SSL)

1:05:28
Many-body-localization to thermalization phase transition- David Huse

Many-body-localization to thermalization phase transition- David Huse

1:36:21
Quantum Transport, Lecture 1: Introduction

Quantum Transport, Lecture 1: Introduction

1:15:48
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\"Conformal Invariance of Lattice Models from Statistical Mechanics\" by Prof. Christian Beneš (CUNY)

56:17
Marcin Szyniszewski (UCL) “Measurement-induced transitions and Anderson localisation”

Marcin Szyniszewski (UCL) “Measurement-induced transitions and Anderson localisation”

28:56
Anderson localization transition

Anderson localization transition

1:34
“Numerical evidence for marginal scaling at the integer quantum Hall transition” by E. Dresselhaus

“Numerical evidence for marginal scaling at the integer quantum Hall transition” by E. Dresselhaus

1:18:11
Condition for Conformal Invariance - Conformal Generators | CFT

Condition for Conformal Invariance - Conformal Generators | CFT

25:39
Statistical Mechanics of Two Dimensional Critical Curves - 1

Statistical Mechanics of Two Dimensional Critical Curves - 1

1:43:49
Ilya Kachkovskiy | Anderson localization for quasiperiodic operators | Lecture 1 of 4

Ilya Kachkovskiy | Anderson localization for quasiperiodic operators | Lecture 1 of 4

44:22
An introduction to 2d CFTs

An introduction to 2d CFTs

1:36:30
Collective effects in light scattering: from Dicke Sub- and Superradiance to Anderson localisation

Collective effects in light scattering: from Dicke Sub- and Superradiance to Anderson localisation

32:15
Keith Slevin: Multifractality and the distribution of the Kondo temp. at the Anderson transition

Keith Slevin: Multifractality and the distribution of the Kondo temp. at the Anderson transition

1:25:18
An Introduction to Anderson Localization and Disordered Systems

An Introduction to Anderson Localization and Disordered Systems

35:42
Griffiths phases, Lifshitz tails and Anderson localization in the brain activity

Griffiths phases, Lifshitz tails and Anderson localization in the brain activity

1:07:36
Random Matrices as a model of  Quantum Hydrodynamics - Paul Wiegman

Random Matrices as a model of Quantum Hydrodynamics - Paul Wiegman

55:11

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