On the existence of complex spacetime in relativistic quantum mechanics
作者： Ciann-Dong Yang
DOI: 10.1016/J.CHAOS.2008.01.019
关键词:
摘要: Abstract The infinite dimensional E(∞) space, when viewed at large scales, mimics the appearance of a 4-dimensional complex spacetime. aim this paper is to prove existence such spacetime in our physical world and show that what current relativistic quantum mechanics describes just phenomena appeared We point out natural consequence including effects mechanics, bridge connecting causality special relativity non-locality mechanics. In other words, extending automatically leads us will see Klein–Gordon equation form Hamilton–Jacobi both are taken into account. solutions Hamilton equations motion provide with detailed description superluminal propagation entangled states predicted by Bell’s theorem, give new mass–energy relation E = mc 2 1 - Q / ( m 0 c ) reduced conventional one E = mc2, potential neglected.
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