The multiverse is made up of four different Universes. They have a common Time*, Space, Beginning and common principles, models, mechanisms and laws of development. Each of the four Universes has a different shape, is made up of different matter, and each of them has a different energy.

The underlined words in the text are new physical quantities. Their definition can be found in my previous posts.

One of them is the Universe that we know, but “everything” than it is simultaneously in all four Universes.

Four Universes form a Unity among themselves and are perceived as a Multiverse.

Unity…

It is accepted that the light can be regarded as electromagnetic radiation. The flow of photons has to have a specific wavelength.

The occurrence of elementary particles in nature is not accidental. One minute they’re a consequence, and the next minute they’re already a cause.

The study of the order of creation of elementary particles provides an opportunity to discover the mysteries of light.

Organized matter (OM) consists of elementary particles, trace elements, chemical elements, and compounds.

The first type of dark matter is not illuminated and impossible to see the matter in the Universe. Matter in the Universe is…

In nature, everything has a cause, and every cause has a consequence. To express this physical reality, to find the key to understanding nature means to express its unity.

In nature, the cycle of the creation of light begins first, and from it begins the cycle of the creation of matter.

The matter arises, passes through its cycle, and is constantly renewed.

To understand where, why, and what kind of matter there is, the existing forms of matter are considered.

Looking around me, I notice two main forms of matter. …

The Big Bang Theory is the leading explanation for how the universe begins and emerges from an infinitely dense, small, and physically paradoxical singularity.

The earliest phases of the Big Bang are subject to much speculation. In the most common models, the universe is homogeneous and isotropic with a very high energy density and huge temperatures and pressures and was very rapidly expanding and cooling.

Neither general relativity nor quantum mechanics can currently describe the earliest moments of the Big Bang, but in general, quantum mechanics does not permit particles to inhabit a space smaller than their wavelengths.

Beginning

The Beginning…

It is even possible that what we call dark matter and dark energy are the signatures of some unknown aspect of gravity or space-time itself.

Perhaps the biggest puzzle of all is the odd mix that makes up our universe — ordinary matter, exotic dark matter, and dark energy, all in significant amounts. This odd arrangement may imply, as the Ptolemaic epicycles did, that we do lack a deep enough understanding of the laws of physics underlying our universe.

Two independent lines of evidence indicate the presence of a new form of energy pervading the universe that accounts for two-thirds…

The non-luminous matter termed dark matter is believed to compose most of the universe.

Evidence of the presence of dark matter is deduced by its gravitational effect on the regular matter but the nature and composition of dark matter itself are still unknown.

The nature of both dark matter and dark energy is still unexplainable by contemporary physics models. This and the following related paper are an attempt to make a parallel between the natures of these phenomena and another understandable process (composed of regular matter) in our galaxy.

Do we know the time? It is irreversible, a basic physical…