The time and the growth in physics

Author:

Marcel Julmard Ongoumaka YandzaORCID

Abstract

In this article, we made a research on the subject of Time and Growth. In the life, the Growth is seen as the increase of mass which operates during a certain period. In physics, it is the same. By the Growth, a physical body gets its density increased. The goal of this article is to calculate or predict the energy and force that a physical system can have at its total Growth. To study the Growth, we have defined some equations which help to evaluate the Growth internal force and energy. By the same way, we have also discovered that all physical systems in the Universe are connected by the same interaction. This interaction leads to the loss of density or mass. The Time is the consequence of its manifestation. For studying the effect of this interaction, we have calculated the density of the Universe. We found that the density of the Universe is equal to the density of a photon. In other words, the Universe is a huge photon. That means, like a photon, the Universe does not know the Time. It also means that the Universe is eternal. Its Expansion (not its growth) is due by the fact that, at the moment small systems inside to it grow, the Universe maintains its density constant like a photon. Do not confuse Growth and Expansion. The Growth is the increase of the density; and the Expansion is the increase of the volume without the change of density. The Universe does not know the Growth, it knows the Expansion. All these conclusions are detailed in the development of this article.

Publisher

Heighten Science Publications Corporation

Subject

General Chemical Engineering

Reference24 articles.

1. 1. Perez JP. Relativité: Fondements et applications, Dunod, Paris. 2016 ; ISBN 978-2-10-075155-6.

2. 2. Perez JP. Thermodynamique : Fondements et applications, Masson, Paris. 1997; 96-116:ISBN 2-225-85572-2.

3. 3. Schroeder P. La loi de la gravitation Universelle Newton Euler et Laplace, Springer. 2007. ISBN 978-2-287-72082-6.

4. 4. Yandza MJO. A new theory on the shape of the Universe and the origin of the Time, Int J Phys Res Appl. 2022; 5: 001-006.

5. 5. De BroglieL. Recherches sur la théorie des quanta, Ph.D. thesis, Migration-université en cours d'affectattion. 1924.

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