POSSIBLE TEST OF THE REALITY OF SUPERLUMINAL PHASE WAVES AND PARTICLEPHASE-SPACE MOTIONS IN THE EINSTEIN-DEBROGLIE-BOHM CAUSAL STOCHASTIC INTERPRETATION OF QUANTUM-MECHANICS
Jp. Vigier, POSSIBLE TEST OF THE REALITY OF SUPERLUMINAL PHASE WAVES AND PARTICLEPHASE-SPACE MOTIONS IN THE EINSTEIN-DEBROGLIE-BOHM CAUSAL STOCHASTIC INTERPRETATION OF QUANTUM-MECHANICS, Foundations of physics, 24(1), 1994, pp. 61-83
Recent double-slit type neutron experiments(1) and their theoretical i
mplications(2) suggest that, since one can tell through which slit the
individual neutrons travel, coherent wave packets remain nonlocally c
oupled (with particles one by one), even in the case of wide spatial s
eparation. Following de Broglie's initial proposal,(3) this property c
an he derived from the existence of the persisting action of real supe
rluminal physical phase waves considered as building blocks of the rea
l subluminal wave field packets which surround individual particle pat
hs in the Einstein-de Broglie-Bohm interpretation of quantum mechanics
.