in don't understand your idea that a neutrinon cannot be produced. the neutrino can be produced with the neutron, because it transports the leptonic number. about the spin, electron an proton holds 2 half spins, and the neutrino and the neutro holds the same. the only big and real problems is energy, and it is why WL assume energetic electrons, not really electrons but pseudoparticles whose mass is huge, that hold the usual coulombic charge, leptonic charge, half spin, but is in fact an excitation of the surface lattice (a difference between two allowed states, with or without it)
in fact this excitation of coherent electron lattice, could interact with the excitation of coherents proton lattice, to produce an excitation of coherents neutrons in the lattice, and an excitation of coherent neutrino flux.... a kind of schrodinger zoology and sexuality. by the way science have proved that schroedinger kitten can exists : atoms can be excited or not, and for some time, befor an random photon hit it, it can interfere between its two version... as if the living cat was reacting to the dead cat. for WL what is hard to accept is coherence at medium energy level, but it is observed (explained in slides) in similar condition by normal science... the bet of WL is that it can happens with their environement... it is not impossible, but not yet proved. 2012/2/21 Jones Beene <jone...@pacbell.net> > > From: Alain Sepeda > > why need capture of neutrino, they don't talk of capture, > but like you say of emission... > > except the energy, nothing is lost. as usual if one of the > particle is very energetic/heavy, it solve the equation > But Alain - we are talking about hydrogen here, in the context of > conservation of spin… > Do you not appreciate that there is no neutrino in hydrogen to emit! How > can > a proton emit something that is never there to begin with? > No matter how heavy an individual proton is, relative to the average atomic > weight of hydrogen (and I agree that there can be a small variation), it > still has a half spin. > The neutrino also has a half spin, so it CANNOT be “in the proton” waiting > around in order to be emitted, to form a neutron. This does not happen as > it > violates conservation of spin. > Jones > >
