My original theory was that comets get dragged onto exotic stellar remnants(the most likely being neutron stars) until they crash at speeds compareable to a good 1/20th of the speed of light, with such force the hadrons in their atoms are reduced to their fundamental quarks and leptons are released in the form of incredible feats of energy.
But i need more detail on the elemental makeup of what is released on impact. I know the larger hadrons are reduced into quarks and captured by gravity but what of the lighter leptons and photons?
I’ve already wread the wikipedia article, genius… I need a detailed anaylsis, not a stupid mix of myth and fact in the worstly detailed way possible…
Forget the long GRBs, i’ve already written and submitted my theisis on that, it’s the short GRBs induced by neutron stars and large objects colliding with neutron stars. I don’t know where i went wrong, but according to my calculations if something as heavy as a standard comet was to be pulled into a neutron star, the neutron star would be able to pull it with such force(due to its density) that almost all the matter in said object impacting neutron star would be converted into energy with extreme effeciency. I remember somewhere that if you dropped a marshmellow onto a neutron star it would impact the star with the force of an atomic bomb.
