3I/Atlas comet may be debri from a fractured Neutron Star
POSTER
Abstract
There has been a lot of speculation about the unusual nature of 3I/Atlas. This author will propose a new theory which he calls "Kriske's Neutron Star Theory". This author originally heard a similar theory from Sheldon Glashow, in which Sheldon proposed that N stars could explode and produce super heavy water in which the hydrogen atoms have tens, hundreds, perhaps millions of neutrons and one proton. Sheldon later retracted this theory. Years later I proposed that the neutrons in N stars are in quantum superposition, so when the debris fly off they have a huge velocity and a low cross section, as they don't interact until they slow down. I also had a theory in which superposition can be maintained unless the neutrons are of different ages, which would happen if the comet entered a gravitational field. The tip of the comet would not be the same age as the part near the tail and many neutrons at both ends would decay into protons, producing a plethora of different elements, radiation, neutrinos as the comet is undergoing nuclear decay and fission. The comet would ultimately produce most of the elements and might explode like an atom bomb. A lot of detectable events.
Presenters
-
RICHARD M KRISKE
University of Minnesota
Authors
-
RICHARD M KRISKE
University of Minnesota