Parkhomov showed in over 2 decades of experiments that both naturally lensed Relic Neutrinos and technologically produced Cold Neutrinos can cause neutrons in beta isotopes to accelerate their beta decay producing neutrons and electrons. This process leaves behind a proton in the nucleus.
Parkhomov showed in over 2 decades of experiments that both naturally lensed Relic Neutrinos and technologically produced Cold Neutrinos can cause neutrons in beta isotopes to accelerate their beta decay producing neutrons and electrons. This process leaves behind a proton in the nucleus.
Parkhomov showed in over 2 decades of experiments that both naturally lensed Relic Neutrinos and technologically produced Cold Neutrinos can cause neutrons in beta isotopes to accelerate their beta decay producing neutrons and electrons. This process leaves behind a proton in the nucleus.
A typical example is 40K to 40Ca