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 |