Dark Matter Theories Hidon Mirror World and Origins of the Age of the Universe suggests

Now two more options are available for theoretical physicists, which mulk on the secret of dark matter, and with them one and two signs to reduce our discovery. Physics’s UC Santa Cruise Professor Stephano Profumo published a paper, in which it was investigated whether the dark matter was always or instead a ‘mirror world’ could come from or instead of a space balloon with the universe. Whatever is its truth, it will produce dark matter that does not interact with ordinary particles and modify our modern view of the universe.

New principles suggest that dark substances emerged from a mirror world or cosmic horizon radiation

D. as per physical review ReportsThe July study of Profumo suggests that dark matter can form in a shade region that mirrors particles and forces, yet remain completely undesirable. The theory is like quantum chromodynamics (QCD), but the dark sector has new quarks and glunches, and imagines that heavy “dark barrains” are being conducted simultaneously by gravity. This debris can fall into the placke-mas black hole-type items that will be undesirable, but will still be able to affect the structure of the universe for gravity.

His first May StudyPublished in the same magazine, suggests another path: that dark matter particles can be excreted from the cosmic horizon that expands the universe. This allows for a brief era of formation, the thermal synthesis of stable cold dark matter, which decoses from the standard model after inflation, and corresponds to the quantum field theory in curved spacetime. Relaxation with radiation from black hole very neatly implies that other universe that looks like our own may have started as an invisible seed of matter.

Profumo stressed that these are speculative-principle-specific hypotheses, already based on physics principles for quantum phenomena beyond dark matter or other gravitational channels or standard models.

UC Santa Cruise is making way to connect quantum concepts to astronomy, developing new models to potentially solve a challenging scientific puzzle.