https://www.youtube.com/watch?v=8VUMjJJBtuA
While Looking for Dark Matter, Scientists Discover Something Way Cooler This test is looking for the decay of xenon 124 Dark-Matter Detector Measures Half-Life of Xenon-124 that’s Longer than Universe’s Age The half-life of a process is the time after which half of the radioactive nuclei present in a sample have decayed away. Using the XENON1T dark-matter detector, a 1,300-kg vat of super-pure liquid xenon shielded from cosmic rays in a cryostat submerged in water deep 1.5 km beneath the Gran Sasso mountains of Italy, physicists from the XENON Collaboration were able to observe the decay of xenon-124 atomic nuclei for the first time. The half-life measured for xenon-124 is about one trillion times longer than the age of the Universe. This makes the observed radioactive decay — the so-called double-electron capture of xenon-124 — the rarest process ever seen happening in a detector. Half-life of xenon 124 is about 18 sextillion years Get some xenon-124 and use EVOs to decay xenon 124 as a proof of function. *Xenon*-*124* decays into tellurium-*124*. Any tellurium-*124 * contamination found with *Xenon*-*124 *after LENR activity will prove accelerated weak force processes in LENR.
