What is the density state of matter at a black hole's singularity?
Answer
Density becomes undefined.
The collapse forming a black hole crosses a stability barrier; current models suggest that at the singularity point, the density of matter is mathematically undefined.
Related Questions
What minimum initial mass is typically required for a star to end its life in a core-collapse supernova?Which stellar remnant forms if the progenitor star's initial mass was less than $8 M_
olm$?What quantum mechanical force first fails, initiating the gravitational collapse of the iron core?What mass range for the original star results in the formation of a neutron star?What is the primary quantum mechanical pressure that prevents a neutron star from collapsing further?If the mass of the collapsing core exceeds the neutron degeneracy limit (around $2$ to $3 M_
olm$), what object forms?What is the physical boundary surrounding a black hole's singularity from which nothing can escape?What element's fusion stops in the core, triggering the final gravitational collapse?How are many rapidly spinning neutron stars often detected after a supernova?What is the density state of matter at a black hole's singularity?