What theoretical stellar remnant is a cold, non-radiating lump of degenerate matter?
Answer
Black Dwarf
The theoretical endpoint for a White Dwarf, which is already a hot, dense stellar ember radiating away its stored heat, is the Black Dwarf. Over unimaginable timescales, billions of years in the future, this object will cool down completely until it no longer emits significant radiation. It will become a cold, dark mass composed of degenerate matter, stable because the electron degeneracy pressure still prevents complete gravitational collapse. Since the universe has not existed long enough for even the oldest white dwarfs to fully complete this cooling process, it is currently believed that no true Black Dwarfs physically exist yet in the cosmos.
#Videos
How Stars Die - YouTube
Related Questions
What immutable consequence dictates the fate awaiting any star?What phase precedes the atmospheric shedding for a Sun-like star?What phenomenon supports a White Dwarf against further gravitational collapse?What theoretical stellar remnant is a cold, non-radiating lump of degenerate matter?Which element's fusion in the core causes massive stars to suddenly lose support?What force resists the collapse of a core remaining between 1.4 and 3 solar masses?Why is the structure known as a Planetary Nebula historically misnamed?What is the boundary surrounding a Black Hole from which nothing can escape?What extremely rare stellar death process results in no central remnant left behind?What happens to the core of a massive star that exceeds the limit for Neutron Degeneracy Pressure?