Normal Typicality and von Neumann’s Quantum Ergodic Theorem Sheldon Goldstein,∗† Joel L. Lebowitz,∗‡ Christian Mastrodonato,§¶ Roderich Tumulka,∗k and Nino Zangh`ı§∗∗ April 15, 2010

Source URL: math.rutgers.edu

• Physics
• Quantum mechanics
• Theoretical physics
• Hilbert space
• Density matrix
• Quantum statistical mechanics
• Self-adjoint operator
• Quantum state
• Wave function
• Mathematical formulation of quantum mechanics
• H-theorem

The Best, The Hottest, & The Luckiest: A Statistical Tale of Extremes Sid Redner, Boston University, physics.bu.edu/~redner

Source URL: physics.bu.edu

Outline Loop calculus in statistical physics and information theory Michael Chertkov1 & Vladimir Chernyak 1 CNLS

Source URL: cnls.lanl.gov

CrossMark_Color_flat+click

Source URL: public.lanl.gov

• Chemistry
• Physics
• Molecular modelling
• Protein structure
• Computational chemistry
• Scattering
• Statistical mechanics
• Molecular dynamics
• Conformational ensembles
• X-ray crystallography
• Force field
• Light scattering

PY 542: Non-Equilibrium Statistical Physics Problem Set 1 Reading: Before the first lecture, please read chapter 1 of the text for a general perspective. For this week, please also read chapter 2, sections 1–3 and 5.

Source URL: physics.bu.edu

A Kinetic View of Statistical Physics Pavel L. Krapivsky, Sidney Redner, and Eli Ben-Naim February 21, 2010 Contents Preface

Source URL: physics.bu.edu

RAPID COMMUNICATIONS PHYSICAL REVIEW E 73, 065102共R兲 共2006兲 Loop calculus in statistical physics and information science 1

Source URL: cnls.lanl.gov

A New Metrics for Countries’ Fitness and Products’ Complexity SUBJECT AREAS: STATISTICAL PHYSICS, THERMODYNAMICS AND NONLINEAR DYNAMICS

Source URL: lims.ac.uk

Statistical Mechanics of Popularity Sidney Redner, Boston University Motivations: Traffic clustering on “Suicide Alley”

Source URL: physics.bu.edu

PY 542: Non-Equilibrium Statistical Physics Problem Set 10, Fall 2011 Reading: This week we start discussing coarsening from the continuum viewpoint. Please read sections 9.1, 9.3, and 9.6 in the text.

Source URL: physics.bu.edu