Derivation of quantum statistics from Gauss' principle and the second law (Q1113223)
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scientific article; zbMATH DE number 4080600
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Derivation of quantum statistics from Gauss' principle and the second law |
scientific article; zbMATH DE number 4080600 |
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Derivation of quantum statistics from Gauss' principle and the second law (English)
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1988
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Quantum statistical laws are derived from bona fide stationary probability distributions of physical stochastic processes. These distributions are shown to be the laws of error for which the average occupation numbers are the most probable values. They determine uniquely the statistical entropy functions and the second law gives the quantum statistical distributions.
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stationary probability distributions
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statistical entropy functions
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quantum statistical distributions
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0.8612348
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0.8512955
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0.8482557
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0.8467599
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0.8390858
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0.8383847
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0.8354571
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0.83003277
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