Having a neutrino detector in your lab would be quite an undertaking. The "small" one in Sudbury is 40 feet in diameter and full of D2O. Back of the envelope, I make its weight about 1000 metric tons (which is about 2.2 million pounds for metrically-challenged people).
Jeff On Sat, Aug 25, 2012 at 11:45 AM, Arnaud Kodeck <arnaud.kod...@lakoco.be>wrote: > This video is a good summary of the last evolutions of Edmund Storm’s > theory. Thank you, Edmund and Ruby to make it happen.**** > > ** ** > > I’ve a bit of concern regarding neutrino emission. Edmund said that no > neutrino has been seen and his theory explains it why. That’s good point. > Nevertheless he has conducted this study with D+D or D+T or D+p reactions. > In the final product the amount of neutron or proton is the same as in the > reactants. So there is no need of electron neutrino emission.**** > > ** ** > > With p+p reaction, the matter is different. We need to have one proton to > be changed into a neutron which implies the emission of an electron > neutrino. Celani should check for neutrino emission from his cell presented > at ICCF17.**** > > ** ** > > Arnaud**** >
