Dark matter eat the universe

Astrophysicists estimate that dark matter particles, whatever
they are, outnumber ordinary matter by a factor of five to one,
and it plays a key role in the structure of the universe. Its
influence on gravity not only allowed stars and galaxies to form,
it still holds them together, preventing them from flying apart.
Without its specific density, the universe would have ddifferently
evolved. A team of scientists has proposed a new explanation for
the origin of this density of dark matter. The mechanism that they
brought up for discussion by the scientific community is relatively
simple and can be confirmed empirically, writes New Atlas
(https://bit.ly/3F0Lv70). Many models suggest that dark matter
was born from the primordial plasma of ordinary matter particles
in the early universe. Next, the team of scientists follows the
so-called freeze-in model - its essence is that at the beginning
there was little dark matter, but the "hot bath" of ordinary or
baryonic particles gradually created dark particles until they
reached the density that we watching today.
The reason is in the mechanism of self-regulation of space, namely
expansion. At first, the amount of dark matter increased rapidly
because ordinary matter was extremely dense. But as the Universe
expanded, the "fuel" of the required density became less and less
and the process slowed down. Recently, Czech astrophysicists
have attracted (https://bit.ly/3H7TfWK) the attention of the
scientific community by revising the hypothesis of modified
Newtonian dynamics, which does not need the concept of dark
matter to read them. Instead, they postulate the existence of an
as-yet undiscovered gravitational force responsible for the CMB.