ANNALES DE LA FONDATION LOUIS DE BROGLIE

Volume 13, 1988

 

J.P. Terlestky Active energy production in a relativistic gas of mutually transforming
particles

1
N. Stavroulakis Solitons and action propagation according to General Relativity
(Part Two)		 7
C. Cormier-Delanoue On the emission of electromagnetic radiation by a charged particle in linear accelerated motion 43
M. Surdin Radiation reaction in classical physics 65
M.F. Barros, M.H. Andrade E Silva On the quantum mechanical description of the Stern-Gerlach experiment 69
M. Bitbol Direction of time and observation process 83
R. Boudet Geometry of SU(2) group particles and real spacetime 105
C.W. Rietdijk The World is Realistically Four-Dimensional, Waves Contain Information Embodied by Particles Codedly, and Microphysics Allows Understandable Models (Part I) 141
N.S. Todorov Examples of explicit position-velocity coexistence and their physical implications in a ``minimal'' stochastic interpretation of quantum mechanics.
Part I. General considerations and formulation of the problem		 183
J. Lameau Remarks on the bunched field theories: particle dynamics, wave and magnetic moment associated with a particle 199
G. Lochak A few physical interpretations of Planck's constant 219
G. Noguez Remark on Heisenberg's principle 245
D. Canals-Frau About Heisenberg's ``wave packet reduction'' description 253
T. Christidis Wave and particle mythology 259
S. Bergia Mise au point 281
G. Noguez Note on Louis de Broglie's duality principle 283
C.W. Rietdijk The World is Realistically Four-Dimensional, Waves Contain Information Embodied by Particles Codedly, and Microphysics Allows Understandable Models (Part II) 299
A. Sanche Special Relativity and Wave Mechanics 337
N.S. Todorov Examples of explicit position-velocity coexistence and their physical implications in a ``minimal'' stochastic interpretation of quantum mechanics. Part II. Discussion of concrete time-dependent solutions of the Schr\"odinger equation 357
N.S. Todorov Part III. Generalizations and comparisons 381
G. Lochak Irreversibility in Physics: reflections on the evolution of ideas in
Mechanics and on the actual crisis in Physics		 409
J. Dayantis Irreversibility and recurrence time in physics 449
M. Courbage Microscopical formulation of the second principle of thermodynamics: information and irreversibility 489
F. Santi Distribution function of velocities and accelerations of radiative
electrons		 513
G. Mourgues, M.R. Feix, P. Bertrand, B. Izrar Quantum point position-momentum distribution linked to the Glauber antinormal correspondence rule -- its inversion and the evolution equation 521

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Annales de la Fondation Louis de Broglie