Hypothetically speaking, if you could create a neutrino generator with fine enough beam control that you could hit a target to within about 1/10th of an angstrom, and those neutrinos skimmed over top of a skyrmion lattice, what effect would the proximity to the magnetons (east-west) have on the passing neutrinos? Would spin increase?
If so, what would happen if the high-spin neutrinos then encountered a second lattice, arranged to be just a tick higher than the first, so that the neutrinos would, rather than "nearly colliding" would actually collide into a wall of magnetons.
What happens when a high-spin neutrino and a magneton intersect with each other? Negative mass is attained and is preserved. When the neutrino is not spinning, the neutrino regains its mass so quickly that our instruments cannot measure the length of time this takes.
What's more interesting is that, depending on the spin velocity, the tachyons generated arrive at different points in the past, presumably because the spin helps them to resist re-accumulation of their Higgs Field in flight.
If so, what would happen if the high-spin neutrinos then encountered a second lattice, arranged to be just a tick higher than the first, so that the neutrinos would, rather than "nearly colliding" would actually collide into a wall of magnetons.
What happens when a high-spin neutrino and a magneton intersect with each other? Negative mass is attained and is preserved. When the neutrino is not spinning, the neutrino regains its mass so quickly that our instruments cannot measure the length of time this takes.
What's more interesting is that, depending on the spin velocity, the tachyons generated arrive at different points in the past, presumably because the spin helps them to resist re-accumulation of their Higgs Field in flight.
