Jacques Lavau

Transactional (Quantum) Microphysics, Principles and Applications Jacques Lavau

Four characters debate the Transactional Quantum Microphysics. They throw twenty-one implicit, surreptitious postulates taught everywhere, and explicit ten transactional postulates as the new contract. They detail the geometry of the Fermat spindles of the individual waves, and carefully study the properties of the absorbers. With them you review many branches of the physics and the technology, now reunified in many experimental results. Innovations: individual waves, absorbers, transactions, de-Broglie-Dirac ground noise, thorough use of the de Broglie and Dirac-Schr?dinger intrinsic frequencies, analysis of the conditions of the spectral absorptions. A thorough study of the optics of the eye is among the definitive proofs of the soundness of the Transactional Quantum Microphysics: an astigmatic eye sees the same illumination and the same colors, though the absorbing molecule is just 18 ? long. It proves that the old Newtonian causality is false: for a photon the emitter and the absorber are equally causal