What is the first driving force of the universe?

Fred Hoyle coined the term “Big Bang” 1949 in a BBC radio program. Hoyle does not support the theory but tries to laugh at it.

One consequence of the Big Bang is that the conditions in today’s Universe are different from those in the past or the future.

But every person, when he is born and after 60 years of life, is different and the conditions in which he lives and his abilities are different, and this does not mean that he was born from a Big Bang.

The Big Bang is a cosmological scientific theory describing the early development of the Universe. The expansion of the Universe, which follows from the equations of general relativity, is confirmed by observations of the distance of galaxies. Extrapolating back in time, we conclude that the Universe must have been very small or even gathered into a point — the so-called “Universe” singularity.

But what is a Universe? The Universe is a concept that usually means the entire space-time continuum in which we exist, along with all the forms of energy and matter in it — planets, stars, galaxies, and intergalactic space. Universe can be used as a synonym for cosmos, world, or even nature.

Prof. Stephen Hawking and his team had planned to discover the space-time continuum in the Universe by 2050, for which he had signed a contract with the government.

The space-time continuum is seven defined (and mathematically) absolute boundaries (numbers). Within these limits, everything that exists develops, for example, light, sound, chemical elements, and everything else.

The space-time continuum can be defined as the same seal found anywhere in nature.

As understood from the definition of the Universe, it is planets, stars, galaxies, and intergalactic space, which are made up of chemical elements and their compounds.

The existing materials in nature are ions, trace elements, chemical elements, and macro elements. How did they arise instantaneously from the Big Bang so that they could be determined by any equations? This is someone who is watching the Big Bang, where is he?

Whatever satellites or telescopes the Universe is observed with, without an understanding of what is being observed (which cycle(s) is being observed) there will be no positive results.

In the study of the nature of dark matter, a hypothesis has been published that defines a group of planets and nebulae from the Milky Way galaxy that participate in two different natural cycles.

This hypothesis results from the discovery that the individual cyclical developments in the Universe are similar to the development of an angiosperm plant here on Earth. This basic understanding of the Universe has created an opportunity to compare the evolution of three successive cycles, which is presented in “The Nature of the Physical Singularity Before and During the Big Bang.”

The question “What is the first driving force of the Universe?” has the possibility of interpretation and different answers.

The Universe we live in began with “something small” left behind by a pre-existing Universe. This “little thing” is clearly defined as the Physical Singularity Before and During the Big Bang, as well as the main points of its inner development. Here the driving force is life, the desire to live on the one hand, and cyclical development on the other hand, through which every existing thing passes.

The beginning of the first Universe, which occurred before an innumerable number of Universes arising one after another and from each other, is defined as the First Moment. Before the First Moment, nothing exists. The appearance of the first moving electron is the beginning. The movement of this electron creates an electric wave, and the first two quanta of light arise, which interact with the frequencies of the colors of the light. These frequencies of the colors of the light are superimposed on the electric wave. This wave is now defined as light.

While the Big Bang happened sometime, I don’t know when, because for as long as I can remember, the date and billions of years have changed. First, it was 5–6 billion years, then it was about 9 billion years, and today it is said to be 13.8 billion years. The only certain thing is that none of those who determine the years have attended it and measured it in such a way as to get some good results with the help of which to defend their dissertation. The other thing is that no one was present at the Big Bang and it will not happen again.

Its First Moment happened a long time ago, but it has been repeated since then until now constantly and everyone can measure it at home anytime and anywhere. It is enough to have a little knowledge and answer the question where do the electrons (electricity) in his contact “come from”?

The experiment is simple — one generator and one electric motor are taken. You learn what the difference between them is. When you turn the generator, there is a voltage created by accumulated electrons at its output. When you turn the electric motor, there are no accumulated electrons at its output and there is no voltage. Answer why? This experience is the essence of the First Moment.

The first driving force in the universe is the appearance of the moving electron in the First Moment.