Kamliya R.A. University Abakaliki
A new hypothesis was put forward on the coexistence of matter and antimatter in microparticles. This hypothesis about the structure of the electron explains the dualism in the properties of the electron and reveals the nature of electricity. The validity of the hypothesis is shown in the reaction of interaction of an electron with a positron, in the quark structures of mesons and the Higgs boson. There is a coexistence of opposites on an atomic scale, and therefore the atom is an electrically neutral particle. Keywords: matter, antimatter, electron, positron, particle. Classification:
Language: English
LONDON JOURNAL OF ENGINEERING RESEARCH | DOWNLOAD
Rasim A Kamliya
Abstract Investigations were made of the electric forces of interaction of two protons at distances comparable to the sizes of protons. The proton interaction force is calculated as a superposition of the interaction forces of the quarks of one proton with the quarks of another proton. The nature of the change in the electric force of the interaction of two protons, established by theoretical calculations, coincides with the nature of the change in the strong interaction measured experimentally. Theoretical studies of the interaction force of two deuterons, which takes place during thermonuclear fusion, have been carried out. The change in the interaction force of two deuterons from the distance between them also coincides with the change in the strong interaction at small distances. Based on theoretical studies, it was concluded that strong interaction reveals the electrical nature.
This issue suggests a hypothesis about the structure of electron and attempts to explain the dualism in its properties. According the author’s theory, coexistence of matter and antimatter in the electron is the unity of opposites, and the struggle of opposites under certain conditions leads to the disappearance of the particle due to the annihilation of particles and the transition to a state of an electromagnetic wave with other opposites. It is not correct to say: "Electron exhibits the properties of particles and waves." It is correct to say: "Electron is either particle or wave."
Annotation
According to the philosophical law at the «unity and conflict of opposites» a range of hypothesis are given about the world structure, micro-particles and antimatter and atoms.
The work reveals the secret of duality of the properties of the electron (of the electron properties) i.e. particle, wave.
After analysis the properties of the black hole, the conclusion was drawn that the black hole is antimatter.
R.A. Kamliya. Power Residues Expandability and the Theorem of Pierre de Fermat. Monograph. “Apsny Sciences” series. – Moscow, BILINGUA, 2011.
The monograph is dedicated to the theorem of Fermat. It considers various properties and relations of numbers to satisfy Fermat’s equation, problems of power residues expansion into the sum of two power residues, properties of Pythagorean numbers, and a series of novel theorems to exclusively prove Fermat’s theorem by techniques of elementary theory of numbers.
BILINGUA in association with the Academy of Sciences of Abkhazia
R.A. Kamliya. Fermat’s Theorem: Another Proof. Monograph. “Apsny Sciences” series. – Sukhum-Moscow: BILINGUA, 2011.
This Monograph presents an elementary proof of Fermat’s theorem which is built upon certain properties of power residues.
For those interested in the theory of numbers.
"Apsny" is an ancient name of Abkhazia, a small Caucasian country where sciences have been paid much attention to.
This short monograph is the second book in the "Apsny Sciences" series.