A deterministic entropy to monitor the evolution of microscopically simulated far-from-equilibrium structures (Q1432964)
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scientific article; zbMATH DE number 2077264
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | A deterministic entropy to monitor the evolution of microscopically simulated far-from-equilibrium structures |
scientific article; zbMATH DE number 2077264 |
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A deterministic entropy to monitor the evolution of microscopically simulated far-from-equilibrium structures (English)
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1 July 2004
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A new attempt based on a technical improvement of an idea of Boltzmann, namely, his famous \(H\)-function is discussed. A new observable of microscopic phase space is discussed as well. This observables enables one to monitor and better understand in detail the approach of a far-from-equilibrium system towards its bottom line. A calculation of the underlying Hamiltonian dynamics with an exactly reversible algorithm will make it possible to go back and forth along a single microtrajectory of the system at hand.
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\(H\)-function
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equilibrium
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Hamiltonian dynamics
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microtrajectory
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0.7028773427009583
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0.695486307144165
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0.6932070255279541
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