Is the expansion of the universe uneven?

In a study, it was determined that everything in the Universe develops cyclically. Every cycle, no matter where it is, has three main parts — a beginning, a development, and an end. The end is the destruction of what has been created, leaving something small (matter and energy) and they make the beginning of the next cycle.

A newly discovered formula defines the six basic cycles in the Universe, which are part of the nine cycles in nature. Existing cycles are likely to be assumed as a time frame, a timescape, or the relativity of events.

Each cycle determines the development of a limited part and a certain type of matter and energy. Cycles follow one another, as well as originate from each other. This creates the unity of development in nature.

Everything limited by a certain cycle at a certain moment expands and at the next moment is destroyed. Each cycle is part of another larger cycle.

These peculiarities of development in the Universe, when they are not known, give rise to many unsolvable questions such as “Where is the center of expansion of the Universe?”; or “Why isn’t the expansion of the Universe uniform?”

If a particular cycle is taken as a “point”, then that point can be perceived as a center that expands and contracts over time. Multiple “points” with a similar cycle, after many cycles of their own, create and shape the next more external natural cycle.

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.”

When a space telescope is observed at night on Earth, when there is no light to illuminate it, groups of lights are visible in separate places. These are lights emitted from large cities, but the Earth itself is not visible.

The same event occurs when the space telescope is pointed at the dark Universe. Separate clusters of lights and nebulae are registered. These lights, these stars are located in the fertile part of the plant. But every plant grows on the ground. This earth is invisible to the telescope and to the one who makes up the theory of the research carried out.

These Earths are “many” and they are the third type of dark matter that is in the Universe. These lands can be detected with a space telescope from the general movements of a group of constellations.

The expansion of each “point” (atom, cell, constellation, galaxy) can be illustrated by the expansion of a bubble.

There is “some” air in the empty balloon — the beginning of a point. The balloon inflates to a certain point — the development of one point. The release of air begins — the end (destruction) of the point. The air returns from where it was taken. The cycle is closed.

Multi-point cycles create conditions for a more external cycle to occur. There are six main cycles in the universe, which are inside each other.

When two balloons (dots) are inflated, their closely standing parts approach each other, and their distant parts move apart. This effect is observed by astronomers, but they do not realize the basis of the process and make premature judgments.

For example, the approach of the Milky Way and Andromeda galaxies to each other.

It is assumed that the two galaxies will collide. Yes, but no! Galaxies cannot collide. Two balloons cannot collide. They can only get closer to each other, they can touch each other. Two colors of one flower do not collide! They only approach their closely standing parts as they grow. This is a natural process.