The Physics of Time AsymmetryUniversity of California Press, 01.01.1977 - 214 Seiten |
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Seite iii
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Seite ix
... Statistical Mechanics 2.1 The second law of thermodynamics 2.2 The kinetic theory of gases 2.3 The H theorem 2.4 Statistical mechanics 2.5 The generalized A theorem 2.6 The meaning of entropy 3 The Reversibility Objections 3.1 The ...
... Statistical Mechanics 2.1 The second law of thermodynamics 2.2 The kinetic theory of gases 2.3 The H theorem 2.4 Statistical mechanics 2.5 The generalized A theorem 2.6 The meaning of entropy 3 The Reversibility Objections 3.1 The ...
Seite x
... Mechanics 6.1 Quantum principle of microreversibility 6.2 Quantum statistical mechanics 6.3 Quantum measurement theory 143 154 154 160 167 6.4 T violation in elementary particle processes 6.5 Tachyons 175 177 6.6 Quantum action - at - a ...
... Mechanics 6.1 Quantum principle of microreversibility 6.2 Quantum statistical mechanics 6.3 Quantum measurement theory 143 154 154 160 167 6.4 T violation in elementary particle processes 6.5 Tachyons 175 177 6.6 Quantum action - at - a ...
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Inhalt
Thermodynamics and Cosmology 88880 | 80 |
Electromagnetic Waves | 112 |
Time Asymmetry in Quantum Mechanics | 154 |
Worlds without End? | 185 |
203 | |
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Häufige Begriffe und Wortgruppen
absorber theory absorption assumption asymmetry atoms behaviour black hole Boltzmann boundary conditions branch systems cavity chapter charged particle classical collapse collisions comoving considered constant corresponding cosmological fluid cosmological models cycle damping decrease direction discussion distribution diverging electrodynamics electromagnetic ensemble entropy increase equal equations of motion equilibrium event example expansion fact figure finite fluctuation follows frame Friedmann model function galaxies gravitational H theorem integral interaction irreversibility isolated system J. J. C. Smart K mesons low entropy macroscopic matter microcanonical ensemble Minkowski space molecular chaos molecules nature null cone observer occur particle horizon photons Phys physical Poincaré processes properties quantity quantum measurement quantum mechanics quantum statistical mechanics radiation random recontracting region representative point result reversal Robertson-Walker metric second law singularity solution space space-time starlight stars statistical mechanics surface t₁ temperature term tion University Press vector velocity volume wall world lines