- #1
Maniax101
- 2
- 0
Hey guys.
If the string theory is correct (and strings are fundamental and the last building block) I had a thought that if and when a star collapses (due to whatever reason) it can reach neutron star status. Add more mass and it can collapse to a quark star. Now say that we add more mass and it collapses even further - to a black hole. But if strings are there and are so rigid as they should be, maybe they can withhold this last collapse. The star shrinks by a huge factor (since strings are so small, even compared to quarks) but never reaches the black hole point-state. We would have a mind-numbingly small chunk of material all in all resembling a black hole, but but not infinitley small...
That would take away the infinites of black holes... small and dense? yes! infinite? no!
Thoughts?
If the string theory is correct (and strings are fundamental and the last building block) I had a thought that if and when a star collapses (due to whatever reason) it can reach neutron star status. Add more mass and it can collapse to a quark star. Now say that we add more mass and it collapses even further - to a black hole. But if strings are there and are so rigid as they should be, maybe they can withhold this last collapse. The star shrinks by a huge factor (since strings are so small, even compared to quarks) but never reaches the black hole point-state. We would have a mind-numbingly small chunk of material all in all resembling a black hole, but but not infinitley small...
That would take away the infinites of black holes... small and dense? yes! infinite? no!
Thoughts?