Joel Kontinen
Researchers have question about dark matter, that is thought to account for about 85% of the matter in the universe.
Axion dark matter is proposed to consist of an oscillating radiofrequency field coupled to ordinary matter with charge-parity violating interactions. Detection experiments use magnetic fields to try to convert dark matter axions into weak signals of radiofrequency photons. New experimental typologies and advances in precision measurement have dramatically expanded the range of detectability, and evolutionists hope that they may succeed in discovering the axion in the near future.
Moreover, antimatter is still the big bang’s problem.
However, the standard model of the solar system cannot
be active with so big a state of the necessary ingredients missing.
The big bang has other problems as well, for
instance missing
antimatter, cosmic
inflation, quantum
fluctuation.
Source:
Ali, Mazhar N. 2022. The search for axion dark
matter Science, 25 February.