-----Original Message----- From: Bob Cook The presence of a magnetic field is known to separate the energy states associated with spin energy. The variation of magnetic fields may allow the random connection with resonant frequencies and spin quantum states in a matrix of Ni ...
It would seem that spin coupling is pushing us towards a better model of LENR. If we can agree that mass is being converted into energy and transferred by way of spin coupling as the active modality, then the next question is where, precisely, is the mass loss happening? Fusion has the advantage of pinpointing the loss in a known way, but fusion may not be a satisfactory answer. (I realize this is a minority view) If there is an alternative way to transfer mass-energy from heavy nuclei, directly to light nuclei, then to electrons, then to magnons - the deposited energy is nuclear, even if it is only spin energy. There are "coincidences" in physics, but to my thinking, the fact that nickel is the one element in nature which has the most neutron rich isotope, is not coincidental with its role in LENR. It probably gets back to the number 28... (sorry, not 42)...28 is magic. Jones
