Quantum Decoherence, Entropy and Thermalization in Strong Interactions
  at High Energy

Abbott; Albrecht; Anderson; Barone; Belenkij; Calzetta; Carruthers; Cooper; Cooper; Cornwall; Dirac; Dosch; Ellis; Elze; Elze; Fermi; Fermi; Feynman; Geiger; Geiger; Gell-Mann; Gell-Mann; Grabert; Hagedorn; Hakim; Hans-Thomas Elze; Jackiw; Krzywicki; Landau; Müller; Müller; Omnès; Paz; Pi; Schmidt; Simonov; Thouless; Zurek; Zurek

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Quantum Decoherence, Entropy and Thermalization in Strong Interactions at High Energy

Authors: Abbott
Albrecht
Anderson
Barone
Belenkij
Calzetta
Carruthers
Cooper
Cooper
Cornwall
Dirac
Dosch
Ellis
Elze
Elze
Fermi
Fermi
Feynman
Geiger
Geiger
Gell-Mann
Gell-Mann
Grabert
Hagedorn
Hakim
Hans-Thomas Elze
Jackiw
Krzywicki
Landau
Müller
Müller
Omnès
Paz
Pi
Schmidt
Simonov
Thouless
Zurek
Zurek
Publication date: 5 April 1994
Publisher: 'Elsevier BV'
Doi

Abstract

Entropy is generated in high-multiplying events by a dynamical separation of strongly interacting systems into partons and unobservable environment modes (almost constant field configurations) due to confinement.Comment: 45 pages, 2 figure

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