The basis of these clocks is the Tori-229-A isotope with the lowest energy stimulation energy known. This “plus” makes it accessible for laser spectroscopy, not only in electronic membranes, such as atomic clocks, but to measure transitions within the nucleus. Since protons and neutrons are protected from external effects, such transitions can carry traces of the effect of the dark matter.
By comparing the expression of atomic and nuclear clocks, scientists followed the slightest deviations that could indicate the existence of dark matter over time. The study made it possible to create experimental restrictions on the interaction of ultra -elastic dark matter with nuclear substance.
Torum-229 spectrum to narrow the spectrum to a few hundred Herz plans will make them supersansal, forces will be able to detect 10 trillion times weaker than gravity.
Source: Ferra
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