This is from a naive, back of the envelope calculation without taking differing energies into account. One thing to note that by some estimates tachyons should slow down as they get more energy. If that’s the case then the discrepancy may make sense since the neutrinos from the supernova should be I think higher energy.
Is this just assuming that they travel at the same speed as recorded for the CERN ones, or has any adjustment been made for their differing energies?
This is from a naive, back of the envelope calculation without taking differing energies into account. One thing to note that by some estimates tachyons should slow down as they get more energy. If that’s the case then the discrepancy may make sense since the neutrinos from the supernova should be I think higher energy.
Nope. As I said here the ones at CERN are 17GeV, whereas the ones from the supernova were 6.7MeV.
Ok. In that case this hypothesis seriously fails.