Quantum mechanics as a classical theory - Application to the interaction of light with an extremely diluted gas: Redshifts and black matter in astrophysics

摘要

In the study of experiments of laser spectroscopy appears a convergence of the methods of quantum electrodynamics and classical optics: for instance stochastic electrodynamics used for the study of "squeezed states" is common to both theories, and the quantum coherent states are almost classical states. We show that this convergence allows us to explain the paradoxes of quantum mechanics. The interaction of ultrashort laser pulses with ordinary matter is equivalent to the interaction of incoherent light with extremely dilute gases. Thus, the interaction of the light from the stars with cosmic gases produces a redshift similar to a Doppler redshift. In avery low pressure gas, the absorption of incoherent light disappears completely, so that the "black matter" could be simply H-2 and its products of decomposition by high-frequency radiation, H-2(+), H,.... [References: 22]