In the past, not long after the universe was conceived, there was an ancient period before the origin of the stars ignited. In this featureless dark region of space, this was the early stage of the universe, where nebulous waves, mostly hydrogen gas, built along huge, heavy, imperceptible fibers made of a secret non-nuclear substance that stargazers call weak matter. It is generally assumed that the main universes were nebulous, opaque streams of gas that gathered in the cores of weak beams of matter, filling the continuous gravitational pull of this undetectable matter as the “seeds” from which many systems were brought into the universe. . a world in the early stage of the universe. At Walk 2018, a group of stargazers report their new revelation of a special and strange cosmic system, the first of its kind, that appears to contain no weak matter. This confusing and wonderful beast that occupies the cosmic zoo is interesting because the systems are generally remembered for containing duller, undetectable matter than the so-called “normal” nuclear matter that creates stars, gases and debris in the world.
The main worlds were brought into the world by the convergence of imperceptible dark matter, and that colored matter gravitationally captured “ordinary” (baryonic) matter. The fog, which consisted mainly of hydrogen gas, finally became the secret and imperceptible and terrifying aura of the strange weak matter.
In the evolving universe, there are few worlds that remain far from it, according to curious space experts. They are huge, like our colossal, winding aurora of the Smooth Way, and yet, unlike our wondrous spinner in space, they have hardly any stars for their dim, dim size. Indeed, they are so widespread that few researchers have compared them to “giant cotton balls”.
This puzzling undetectable matter is the most common part of any system. So to find a world without it is amazing. It challenges standard thinking about how we think systems work, and they show that dark matter is real: it has its own presence separate from different parts of the world. Also, this result indicates that there may be more than one way to shape the universe.” Peter van Dokkum March 28, 2018 Hubblesite official statement. Dr. Van Dokkum is from Yale College in New Safe House, Connecticut, and is a leading specialist in HST imaging.
Because of its enormous size and dim appearance, cosmologists classify NGC 1052-DF2 as a superdiffuse system. A 2015 review by the group Trance, like that of the nations of the world, revealed that these massive, weak universes are surprisingly abundant. Because, no cosmic superdiffuse system has been seen as depleted of faint matter as NGC 1052-DF2.
boring old secret
Weakened matter is thought to be an interesting type of problem that cannot reach the dance floor with light or any other type of electromagnetic radiation, and is therefore undetectable or direct. According to the standard model of cosmology, the universe is composed of approximately 4.9% “normal” nuclear (baryonic) matter, 26.8% dull matter, and 68.3% weak energy. Dark energy, which accounts for most of the universe, is largely a mystery unlike dark matter. The most common hypothesis that has a sense of weak energy is that it is a property of the room itself, and that it causes the universe to advance in its expansion towards its destruction. As the universe accelerates its expansion, it becomes larger and larger than ever before; It is getting colder and colder: it will surely become a great frozen area where the flames go out like a candle is lit, leaving everything in the true sense in a bad dream of emptiness.
Although weak matter is simple and therefore imperceptible, its existence is accepted mainly in the light of critical differences that cosmologists have observed between the massive mass of celestial objects, defined by gravitational bonds, and not altogether. They settled from the apparent nuclear matter they had, such as stars, debris, and gas.