According to current understanding, why can our Sun never become a black hole?
Answer
It lacks the necessary initial heft to overcome internal physical barriers
Smaller stars lack the initial mass required to drive the collapse far enough to bypass the stable endpoints of white dwarfs or neutron stars and reach the singularity stage.
Related Questions
What final stellar remnant will our Sun become?What quantum mechanical force prevents a white dwarf core from collapsing further than the Chandrasekhar limit?What is the approximate maximum mass limit for a stable white dwarf?Which pressure supports a neutron star against further gravitational collapse?What is the approximate upper mass limit for a neutron star, known as the TOV limit?What is the general requirement for a star's *initial* mass to potentially form a black hole remnant?What occurs if the remnant core following a supernova weighs more than the TOV limit?What term describes the challenging observational region for compact objects with masses between about 2 and 5 solar masses?According to current understanding, why can our Sun never become a black hole?What is the typical mass range for Supermassive Black Holes (SMBHs)?