OALib Journal
  OALib Journal is an all-in-one open access journal (ISSN Print: 2333-9705, ISSN Online: 2333-9721). It accepts a manuscript for the peer-review processing, typesetting, publication and then allocated to one of the 322 subject areas. The article processing charge for publishing in OALib journal is Only $99. For more details, please contact service@oalib.com. Submit now
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Apr 25, 2022Open    AccessArticle

About the Nature of De Broglie Wave

Isaak Man’kin
In this article, it is shown that if a particle is at rest and has some harmonic oscillation, then a traveling particle with a constant speed corresponds to a De Broglie Wave. In 1924, De Broglie proposed that particles of matter exhibit wave like behavior, the expression for which became fundamental in the creation of wave mechanics (quantum mechanics). The main equation for this is the Schrödinger equation, which in the case of free motion of a particle becomes the expression for the De B...
Open Access Library J. Vol.9, 2022

Jan 13, 2022Open    AccessArticle

Erratum to “A Cosmological Model and Modifications to Einstein’s Theory of Relativity” [Open Access Library Journal, 3: e2394]

Jiancheng Liu
The original online version of this article (Liu, J.C. (2016) A Cosmological Model and Modifications to Einstein’s Theory of Relativity. Open Access Library Journal, 3: e2394. http://dx.doi.org/10.4236/oalib.1102394) unfortunately contains some mistakes. The author wishes to correct the errors in the following version.
Open Access Library J. Vol.9, 2022

Dec 28, 2021Open    AccessArticle

Estimation of the Population of Stars in the Universe

Ignacio Pablo Traversa-Tejero
Stars are light years away, and their brightness depends on multiple variables. Starting in the 20th century, artificial satellites were launched that added to the bright bodies of the observable sky. From 26.816 satellite observations and 9.037 stars visible to the naked eye, regression models were made between brightness and distances. The existence of a visual convergence plane that receives light photons arriving with a delay, c = 299.792.458 m·s-1 was assumed. Under the principle...
Open Access Library J. Vol.8, 2021

Oct 21, 2021Open    AccessArticle

A New Way to Calculate Gravity Force from Mass Total Energy

Keli Kou
This paper introduces a new way to calculate gravity force from mass total energy, instead of from matter of mass. By introducing total energy (E1 and E2) of the two objects into Newton’s gravitational theory, Newton’s gravitational formula can be modified from F = GM1M2/r2 as F = GE1E2/(C4r2). E1 and E2 are the total energy of the two objects and C is the light speed. Then this formula can be furt...
Open Access Library J. Vol.8, 2021

Sep 27, 2020Open    AccessArticle

A Complete Set of 22 Elementary Particles for an Expanded Standard Model (Version 2)

Daniel E. Friedmann
Our best understanding of how the known elementary particles and three of the forces (electromagnetic, weak and strong) are related to each other and explain the nature and behavior of matter is encapsulated in the Standard Model of particle physics. However, the Standard Model is incomplete as it fails to explain a number of phenomena. The Standard Model relies on a set of elementary particles which are also known to be incomplete. This paper presents a complete set of elementary particles to s...
Open Access Library J. Vol.7, 2020

Mar 09, 2020Open    AccessArticle

The Electromagnetic Unification of Gravitational Force by Chinese

Zi-Jian Cai
In the recent book “Electromagnetic Unification of Four Forces” (ISBN978-3- 659-76798-2), it was compiled the relevant progressions made by the world people in television while led notably by me and the Members in satellite networks from China, India and USA. It was the author Zi-Jian Cai and European people in television who proposed the gravitational mass of particle as the spatially localized electromagnetic structure, different from the Yang-Mills equation to unify the charge with field. Lat...
Open Access Library J. Vol.7, 2020

Feb 17, 2020Open    AccessArticle

Symmetric Theory Planck Gas

Giuseppe Azzarello

In the previous article on Symmetric Theory, it was shown that Planck particle is a symmetric particle, in the condition of gravito-electro-magnetic unification. The domain of this particle is the vacuum, in which it governs coupled with the positive-negative dipole, thereby constituting the medium Planck. In order for the theory to be further developed, it will be shown that the medium Planck, descr

Open Access Library J. Vol.7, 2020

Nov 22, 2019Open    AccessArticle

Hypothesis about the Motion of Photon in the Space

Jinjun Cheng
This paper attempts to reason about the propositions of photons and its movement in space according to the known axiom of the definition, and by some simple logical method. The light is by the space motion photon component. The space motion photon has the energy and the quality. Photon in space along straight line direction movement speed identically equal in c. A photon moves in space with uniform helical motion, which is a combi
Open Access Library J. Vol.6, 2019

Sep 19, 2019Open    AccessArticle

The Relevant Inferences of Electrodynamics under Non-Void Backgrounds

An He
The paper was based on the definition of time-rate, and founded the general transformation between reference systems that background had different standard of time, and the self-consistent theoretical system has been formed to promote the classical electrodynamics. According to the principle, more discussion about the relationship between structure of time-rate in space and physical properties
Open Access Library J. Vol.6, 2019

Jul 18, 2019Open    AccessArticle

Hamiltonian, Lagrangian and Physical Laws

E. Comay
The significance of the correspondence between the classical limit of quantum theories and the laws of classical physics is explained. It is proved that this correspondence yields constraints on acceptable quantum theories. The variational principle is taken as the basis of the analysis. The discussion shows that the first order Dirac equation abides by these constraints, whereas second order quantum equations fail to do that.
Open Access Library J. Vol.6, 2019


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