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1
Intro
2
Loop equations
3
Positive constraints
4
Summary
5
Two matrix model
6
Bootstrap relaxation
7
Bootstrapping Young Mills
8
Bootstrap features
9
Reflection positivity
10
Results
11
Flash
12
Common questions
13
Classical approach
14
Massless lattice
15
Center symmetry
Description:
Explore a comprehensive discussion on bootstrap techniques in matrix models and lattice Yang-Mills theory, featuring Luis Kruczenski from Purdue and Vladimir Kazakov from ENS. Delve into topics such as loop equations, positive constraints, two-matrix models, bootstrap relaxation, and the application of bootstrap to Yang-Mills theory. Examine key features of the bootstrap approach, including reflection positivity, and analyze the results obtained. Address common questions and explore classical approaches, as well as the concept of massless lattice and center symmetry in the context of color confinement and flux tubes. Gain insights from experts in gauge theories, string theory, and lattice gauge theory as they combine perspectives to tackle this fundamental problem in physics.

Bootstrap in Matrix Models and Lattice - Luis Kruczenski, Vladimir Kazakov

Kavli Institute for Theoretical Physics
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