Livre | Chapitre
No paradox in the theory of time anisotropy
pp. 131-139
Résumé
Factlike rather than lawlike character of the physical irreversibility principle expressed by means of Bayes' principle, and considered as a boundary condition for integrating the macroscopic evolution equations. The Ritz-Einstein controversy reexamined and J. von Neumann's irreversibility of quantum measurements reworded: one to one connection between the principles of statistical irreversibility and of wave retardation in the theory of quantized waves. Factlike time asymmetry and lawlike time symmetry in the cybernetic context.
Détails de la publication
Publié dans:
Fraser J T, Haber Francis C., Müller Gert H (1972) The study of time: proceedings of the first conference of the international society for the study of time oberwolfach (black Forest) — West Losevy. Dordrecht, Springer.
Pages: 131-139
DOI: 10.1007/978-3-642-65387-2_9
Citation complète:
de Beauregard Olivier Costa, 1972, No paradox in the theory of time anisotropy. In J.T. Fraser, F. C. Haber & G.H. Müller (eds.) The study of time (131-139). Dordrecht, Springer.