最適化問題を解く量子アニーリングとD-Wave

Terubumi Honjou

De Broglie wave discovered a De Broglie wave . De Broglie wave is a wave to lead a particle. He interpreted it like that. The wave to lead was called a pilot wave. The pilot wave has phase velocity and group of series of waves speed. I regarded group speed as the movement speed of the free particle. The wave packet collapses immediately. The pilot waves exceed velocity of light. The material wave was finally interpreted as a wave of the probability to discover a particle. The people who had quantum mechanics such as de Broglie, Einstein, Schrodinger did not accept probability interpretation for life. It is super-high-speed, and the elementary particle pulsation principle interprets the wave packet of the material wave as one pulsating wave. I deny probability interpretation and correct quantum mechanics in the existence. The material wave pulsates in existing four-dimensional space. A material wave is a wave of the dark energy.

聖子 宇都宮

秀稔 西森

Hyunhwan Choi

An attempt to explain the motion of particle is made in terms of a wave superposition. There is no localized superposition of waves that is supposed to be a single particle apart from other wave superposition, but there are a bunch of wave packets, which appears to be particle within a wave superposition that is made of individual waves around the space. There are countless number of waves that become a wave superposition, and the position of each wave packet is determined by the relative distance between packets, which is a superposition state. When a wave superposition interfere with a individual wave, this distance changes, and the position of each wave packet is fixed , which is called a measurement. With respect to the position of a particle, thus the particle is placed at the different position simultaneously in the superposition state. A change of the relative distance between wave packets appears to be a motion of particle, which is interpreted as a force acting on a particle. The photo-electric effect is explained in the same way, by which a superposition of charge waves interferes with the light wave, which increases the relative distance of wave packets in the atom, and it brings the outermost wave packet apart from the atom. The resistance in conductor is also understood by the wave interference with a superposition of charge waves residing in the conductor.

M. Srirama Rao

The uncertainty principle comes into force because of the wave like properties of “particles” like electrons and protons. The waves tell the dynamics of the particle – its momentum, its energy and even its angular momentum. Wave packets are made by adding together many simple waves that run forever. If electrons have the wave properties then there must be a wave equation and a wave function to describe the electron waves just as the waves of light, sound and strings are described. The success of wave mechanics was well demonstrated by Erwin Schrödinger before an acceptable interpretation of the wave function was known. Max Born utilized the probability concepts of the uncertainty principle to give us the presently accepted ideas of the wave function.

秀稔 西森