Taiwan Member, S.C.G., Beijing Members, S.C.G., European People, T.V., Shenzhen People, T.V., Guangdong Member, S.C.G., Zhejiang Members, S.C.G., Cai, Z.-J., India Member, S.C.G., Chinese People, T.V. and Nanjing People, T.V. (2015) Explaining the Weak Interaction with the Electromagnetic Interaction. In: Cai, Z.-J., Ed., Electromagnetic Unification of Four Forces, Lambert Academic Publishing, Saarbrücken, 76-83.

has been cited by the following article:

• TITLE: The Electromagnetic Unification of Four Forces and Electromagnetic Structures of Particles

  AUTHORS: Zi-Jian Cai

  KEYWORDS: Electromagnetic Mass Structure, Electromagnetic Orienting Force, Electromagnetic Multi-Hairy Structure, Strong Force from Electromagnetic Hybrid and Thermodynamics, Electromagnetic Oscillatory Neutrino Structure, Linear Proton, Hexagonal Neutron

  JOURNAL NAME: Open Access Library Journal, Vol.5 No.4, April 18, 2018

  ABSTRACT: Recently, the book “Electromagnetic Unification of Four Forces” (ISBN978-3-659-76798-2) was published, compiling the progressions in physics made by the world people, manifested in television while led notably by me and the Members in the world satellite networks from India, Zhejiang and USA. Many important progressions were achieved, such as the spatially localized electromagnetic mass structure; the electromagnetic multi-hairy structure; the electromagnetic orienting force; the thermodynamic stabilization of strong force from electromagnetic multi-hairy hybrid; the weak processes from hybrid split and the electromagnetic oscillatory neutrino structure; the gravitational force as electromagnetic curving and shifting red from electromagnetic orienting force; and so on; electromagnetic unifying the four forces. Afterwards, it was also explained the quantum theory of Planck with the electromagnetic mass hairy structure because all photons emitted from electron possessed identical electrical hairy strength as electron with frequency to differentiate the energy only. Besides, from the various decay products, it was further proposed the electromagnetic structures of particles most important in physics, including those combined baryons based on linear proton and hexagonal neutron, such as the proton, neutron, Λ0 baryon, Σ baryons, and Ξ baryons; those based on kaons from colliding pieces such as the kaons, η baryons, charm quarks, and bottom quarks; those containing the W/Z bosons with wavelength equivalent to hybrid interval, such as the W/Z/Higgs bosons and top quarks. It is expected that this review can introduce all these important progressions to readers for academic propagation and citation.