Holmlid states that muons are detected even when stimulated by the fluorescent lights from his lab excites the catalyst. No muons are produced in the dark.
On Sun, Sep 27, 2015 at 2:51 PM, Jones Beene <[email protected]> wrote: > *From:* Mauro Lacy > > > > Ø What if muons are produced or synthesized *in situ* from the > background neutrino flux? i.e. the reverse reaction to muon decay is > occurring….the ultra dense material is acting then as kind of "fishing net" > for the elusive neutrinos… and there you have it. > > > > Mauro, > > > > I like the idea … > > > > Perhaps neutrinos are indeed captured in very dense Rydberg matter (which > is essentially metallic hydrogen). I think the hypothesis could be tested > this way. First arrange a standardized Holmlid experiment with dense > hydrogen but make it mobile - then transport the same experiment to deep > mine underground, then as a third test, transport the same experiment to a > nuclear reactor facility and run it as close to the reactor as is safe. > > > > If the hypothesis of neutrino capture is sound, the muon rate will go down > in the deep mine, since the neutrino flux is less, and it will go up near > the nuclear reactor, compared to the normal results, since the flux is much > higher there. > > > > It would be hard to argue with those results- if muon flux can tied to > neutrino flux. > > > > Jones > > > > >
