Jones— The referenced link regarding the KATRIN experiment ignores the production of He-3 as a result of H-3 beta decay.
Its conclusions do not make much sense to me. The decay of H-3 involves release of electrons at about 18 Kev with a range downwards to about 13 Kev. .This indicates that the constituent neutron of the parent H-3 isotope breaks up to form a proton in a daughter He-3 isotope with expulsion of the electron and an anti neutrino. Neutrinos are thought to have an associated magnetic moment and some quanta of angular momentum, not unlike the massless photon. The source of the magnetic moment is a key characteristic for understanding the neutrino IMHO. I suspect resonance EM fields are responsible for the tritium decay and effect the variety of energies associated with the energy of the electron and the relativistic energy of the neutrino which leaves the decay scene at near THE SPEED OF LIGHT. I consider that neutrinos may be a gluon type particle which hold positrons and electrons at bay in nuclear structures—particularly protons and neutrons as suggested by high energy electron scattering experiments accomplished beginning in the 1960’s examining proton and neutron structures. Philippe Hatt’s nucleon model supports this electron- positron co-existence in nucleons. Bob Cook ________________________________ From: JonesBeene <jone...@pacbell.net> Sent: Thursday, September 26, 2019 3:55:55 PM To: vortex-l@eskimo.com <vortex-l@eskimo.com> Subject: RE: [Vo]:Uploaded LANL. Workshop on Cold Fusion Phenomena. 1989 The KATRIN experiment in Germany has now experimentally come up with a (very low) neutrino mass-energy value – no more than 1.1 eV Just released data: https://www.livescience.com/neutrino-mass-experiment-katrin-early-results.html Interesting picture accompanying the article above… From: Jürg Wyttenbach<mailto:ju...@datamart.ch> Neutrinos are the standard excuse for SM physics having no clue about nuclear structure. Billions of neutrinos pass your body every second. If they would do any interaction such patents possibly would not be written... Parkhomov's Rossi style experiments (COP 2-4) did behave as expected: Given a well know amount of Nickel it delivered, after full burn down, the expected 2MeV/Ni. Not much space for neutrinos. Phrases like "low energy neutrinos" are nonsense as long as physics has no clue about their real mass & structure and even doesn't know whether they have a rest mass. We, since some time, pretty much understand how LENR works and what needs to be done to enable it. We understand how the LENR energy transport works and of course not with neutrinos - it's magnetic transport of energy.
