Spin and Charge Collaborating in pico-particle Hydrogen of Water

Sunao Sugihara¹*, Hiroshi Maiwa² and Takumi Amano^2
1Shonan Institute of Technology, Department of Human Environment, Fujisawa, Japan
²General Incorporated Association Green Earth Again; Yokohama, Japan
*Corresponding Author: Sunao Sugihara, Shonan Institute of Technology, Department of Human Environment, Fujisawa, Japan.

Published: June 15, 2023

DOI: 10.55162/MCET.05.147

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Abstract  

We focus on essential part of water, which is the basic substance on the earth. Nobody looks at a single water molecule; and an established theory has not been how many molecules of H₂O combine to form a cluster. Most research on water starts from H₂O unexpectedly. Our essential research of water is the dissociated water of the hydrogen bonds although the hydrogen bond itself seems to be established in water. But our researh is about the presumed particle of H⁺ and e^- in a hydrogen atom. It is not the atom, neither the H₂ molecule or the OH ion. The present study’s central theme is to clarify the collaborating function of spin and charge, We propose the particle equation instead of wave function. Furthermore, we approach information-transfer by way of collaboration of proton and electron in the atom to form a field in any substance, even in space. In the future we will make clear the potential of the infoton which is difficult to define because it is a space function, and spins, charges, and momentum may entangle associating with information-transfer as well.