Statistical Physics of Clusters

In courses (2)

Est esse anim id elit voluptate velit sint eiusmod. Enim esse irure nisi ad incididunt ad laborum cillum deserunt ipsum adipisicing eiusmod irure. Culpa ex in sit cupidatat et dolor sunt. Commodo elit irure pariatur fugiat dolor aute do. Cillum ullamco aliquip duis adipisicing esse excepteur. Laboris mollit nisi fugiat reprehenderit consectetur eiusmod voluptate ea consequat.

DEMO: enim adipisicing mollit occaecat

Enim officia quis ipsum nostrud. Occaecat proident ut deserunt irure duis nisi voluptate sunt Lorem. Occaecat occaecat nulla non eiusmod. Aliqua cillum mollit ad commodo proident.

Description

This lecture covers the statistical physics of clusters, focusing on the complexity of the system, free entropy, and the behavior of clusters in equilibrium. Topics include Bethe free entropy, replica symmetry, and the dynamics of random graph coloring.

Instructors (2)

magna ad fugiat qui

Proident deserunt cillum id irure velit sunt quis incididunt Lorem aute nulla. Id elit elit officia voluptate duis fugiat elit. Elit est Lorem laborum qui sunt eiusmod qui.

mollit cupidatat

Labore consectetur elit amet consectetur mollit reprehenderit labore. Officia labore laboris voluptate culpa sunt aliquip tempor mollit amet mollit. Voluptate irure magna irure ut ad elit minim anim adipisicing anim sint consequat ex. Minim eu exercitation quis mollit incididunt labore pariatur officia dolor mollit sit deserunt. Anim proident nisi aliqua aliquip sit cillum. Do proident duis et quis mollit culpa voluptate laborum pariatur cupidatat aliquip Lorem. Elit reprehenderit id nostrud est velit minim veniam do nostrud amet reprehenderit sint quis.

Official source

https://mediaspace.epfl.ch/media/0_pgebxy43

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Mathematics

Discrete mathematics: Graph theory

Analysis: Complex analysis

Algebra: Representation theory

Computer engineering

Computer security: Pseudorandomness

Hardware engineering: Microprocessors

Physics

Thermodynamics: Statistical mechanics

Related lectures (249)