The ideas of the dark matter suggest the world and the beginning of the mirror on the edge of the universe

Now there are two more options available for theoretical physicists who are roaming the mystery of the dark matter, and with them, one and two points come to ways to limit our search. UC Santa Cruz professor Physics Stefano Promo published an article that was examined whether the dark matter was always present or instead of the rest of the universe as well as the ‘world of the mirror’ or the edge of the space balloon. Whatever its truth, it will be a dark matter. It will be born that does not interact with ordinary particles and edit our modern theory about the universe.

New ideas suggest that the world of mirror or cosmic horizontal radiation has revealed dark substances.

According to physical review D ReportsPromo’s July study suggests that dark substances can form in a shadow sector that mirrors leading particles and forces, but is still completely unidentified. This theory is like quantum chromodeniamx (QCD), but there are new quarters and gloves in the dark sector, and imagines that heavy “dark berries” are being kept together by gravity. The debris could fall into the plaque mass black hole-type items that would be unidentified, but still capable of affecting the universe’s structure thanks to gravity.

Its early May StudyPosted in the same journal, another path suggests: that the spread of the universe can emit the particles of dark matter from the universe. It allows a short period of forming a stable cold dark substance, which is separated from the standard model after inflation, and is in accordance with quantum field theory in curved space. It is related to radiation from black holes, and it shows that the other universe that resembles us can begin as the hidden seeds of the material.

Promo emphasized that these are specific assumptions related to speculation, which are based on physics principles that are already available for quantum phenomena out of dark matter or other gravity channels or standard models.

UC Santa Cruz is on the path to connecting quantum concepts with astronomical physics, potentially developing a new model to solve a challenging scientific puzzle.