Statistical Mechanics: Entropy, Order Parameters, and Complexity

Source URL: pages.physics.cornell.edu

Statistical Physics of PopularityDriven Networks Sidney Redner, CNLS (on leave from Boston University) collaborators: P. Krapivsky, F. Leyvraz University of Arizona, January 14, 2005 Observations about scientific citati

Source URL: physics.bu.edu

A Statistical Theory of Chord under Churn ∗ Supriya Krishnamurthy1 , Sameh El-Ansary1 , Erik Aurell1,2 and Seif Haridi1,3 1 Swedish Institute of Computer Science (SICS), Sweden 2 Department of Physics, KTH-Royal Instit

Source URL: iptps05.cs.cornell.edu

PY 542: Non-Equilibrium Statistical Physics Problem Set 4 Reading: This week, we will discuss some basic aspects of first-passage phenomena. Please read sections 2.9 and then 2.5–7 of the text.

Source URL: physics.bu.edu

FCS 2013 Workshop on Foundations of Computer Security (Informal Proceedings) June 29, 2013 Tulane University

Source URL: prosecco.gforge.inria.fr

• Information theory
• Philosophy of thermal and statistical physics
• Pseudorandom number generators
• Thermodynamic entropy
• Information Age
• Information flow
• Side-channel attack
• Entropy
• Quicken Interchange Format
• Information

A different approach to introducing statistical mechanics Thomas A. Moore Department of Physics and Astronomy Pomona College, Claremont, CADaniel V. Schroeder

Source URL: physics.weber.edu

PY 542: Non-Equilibrium Statistical Physics Problem Set 6, Fall 2011 Reading: This week we will cover aggregation phenomena, as presented in sections 5.1–5 of the text. Please read these sections.

Source URL: physics.bu.edu

PY 542: Non-Equilibrium Statistical Physics Problem Set 5, Fall 2011 Reading: This week I will give a brief overview of kinetic theory, linear transport theory, and some basic consequences of hydrodynamics. These topics

Source URL: physics.bu.edu

On the Approach to Thermal Equilibrium of Macroscopic Quantum Systems Sheldon Goldstein∗ and Roderich Tumulka,† October 25, 2010 Abstract

Source URL: math.rutgers.edu

• Physics
• Thermodynamics
• Non-equilibrium thermodynamics
• Statistical mechanics
• Quantum mechanics
• Heat transfer
• Eigenstate thermalization hypothesis
• Thermodynamic equilibrium
• Thermodynamic system
• Thermal equilibrium

ENUMERATION AND ALGORITHMS MARTIN LOEBL Abstract. We introduce some basic concepts which interlace algorithms, enumeration and statistical physics. Contents 1. Introduction

Source URL: iti.mff.cuni.cz