Local Realizm Quantum Mechanics

TU RUNSHENG

abr 2015 · American Academic Press

Acerca de este libro electrónico

  Existing quantum mechanics is the theory of non-local and non-reality ones, and the things of non-local and non-reality ones are ghosts. It can be said that the existing quantum mechanics is the theory in the underworld. The logic system of local realism quantum mechanics can be established only based on one assumption of the electronic structure and properties, that is, phase trajectories electronic model or light-knot electronic model, by which the calculation of quantum mechanics can be greatly simplified only the perceptions and interpretation system of quantum mechanics are being changed. Local realism quantum mechanics contains all the positive points of the existing quantum mechanics and has the advantage in application. Since the theory of local realism quantum mechanics has been established, previously denying locality, reality and determinism in quantum mechanics can not be effective any more. The book at its last part describes the successful application of local realism quantum mechanics in the chemical bond theory. Successful establishment of local realism quantum mechanics must be the most exciting event in the physics world, which returns the quantum mechanics to the world from the ghostdom. This book is suitable for university students, teachers, scientists and science lovers.

Acerca del autor

 Tu Runsheng, born in 1959 in Hubei Province, China, is an engineer in quality inspection. He is quick-witted and has strong innovation desire and interdisciplinary background as well as good research foundation in the field of management science and theoretical physics. With strong ideation and sound knowledge in multiple disciplines, he argued the necessity to create concepts of desire to increase wisdom and to improve creation and, found "quality exchange law", advocated "the standard to one's likeness with quality", defined "quality being the positive degree" and, established the theory of relative absoluteness, cells and the universe, the particle structure model for light-knot, and local realism quantum mechanics. He has published more than 70 academic papers.