3I/Atlas comet type may be debris from a fractured Neutron Star and it may not be unusual - Kriske's Neutron Star Theory

It may be that when a Neutron star fractures, The Neutrons that are compressed into superposition in the star, stay in superposition for a long time, as they have a small cross section due to the extreme velocity that they have. One could wonder if the extreme ejection acceleration would cause the superposition to be lost. If the neutrons are ejected due to a "photoelectric" type effect this may not be true, as the photoelectric effect has 3 components. Overcoming the binding energy, having the remainder of the energy show up as kinetic energy and the creation of a "hole" in the state. There's no "entropy" created in the photoelectric effect, so the Neutrons would not be converted to Protons at the election. Once ejected the huge nucleus could travel at a high velocity for a long time. When the velocity diminishes from interaction with gravity, the front of the huge nucleus is younger than the back, which causes the 2 ends to come out of superposition and form, perhaps, all of the elements from helium to uranium and beyond. If this huge nucleus hits the sun it's unlikely that it will desty the sun, but it may cause large flairs or suppress the fusion. It may be that occasionally the sun is hot by this debri and it effects the solar output.