Titlebook: Waves and Particles in Light and Matter; Alwyn Merwe,Augusto Garuccio Book 1994 Springer Science+Business Media New York 1994 optics.parti

Cumulus

,De Broglie’s Wave in Space and Time,Recently, one of these has been performed by Wang, Zou, and Mandel, and the results are well in agreement with quantum mechanical prediction. The criticisms of this experimental set-up are discussed. In particular, Selleri’s model, based on enhanced photon detection, is analyzed. A proposal of a new

BOLUS

盤旋

Restoring Locality with Faster-Than-Light Velocities,e predictions of quantum theory. To satisfy locality, one can imagine that influences at a distance are exerted via mechanisms involving an ether and effects propagating in that ether at a velocity . > .. Such model of physical phenomena is not Lorentz invariant but, with . large enough, the model c

Tdd526

Quantum Mechanics of Ultracold Neutrons,ing of the UCN anomaly is explained. A possibility to understand this anomaly with the help of a nonspreading wave packet is discussed. The interpretation of the quantum mechanics based on L. de Broglie’s ideas is proposed. The wave function is supposed to be a classical field of the particle with c

Coordinate

填料

,De Broglie’s Wave in Space and Time,Recently, one of these has been performed by Wang, Zou, and Mandel, and the results are well in agreement with quantum mechanical prediction. The criticisms of this experimental set-up are discussed. In particular, Selleri’s model, based on enhanced photon detection, is analyzed. A proposal of a new

本土

The Physical Interpretation of Special Relativity,servable fundamental reference frame for light propagation. It is shown that the existence of such a frame offers an intelligible physical interpretation of special relativity in terms of the anisotropy effects associated with motion relative to the fundamental frame. It is further suggested that th

cogitate

Palatial

Quantum Neutron Optics,d coherent beams can be produced within a perfect crystal interferometer, and they can be influenced by nuclear, magnetic and gravitational interaction. The verification of the 4π symmetry of spinor wave functions and of the spin superposition law at a macroscopic scale and the observation of gravit

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