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Dead stars are usually cold balls of material in empty space. A teaspoonful of white dwarf matter would weigh as much as an Elephant on Earth, as white dwarfs are actually the compressed remains of a star like our sun, shrunk down to the size of Manhattan. More massive stars that die compress into neutron stars, even denser, which actually bends the light that travels around it. A teaspoonful of that would weigh about as much as a small mountain. Then for stars with masses above 1.44 times that of the Sun in their prime, shrink down to black holes. Theoretically no volume and with huge masses, translating into infinite density and possible infinite gravitational force. The event horizon is NOT part of a black hole, rather, it's simply an imaginary sphere around the Singularity that guarantees death if breached. Don't try to meet one. You probably would die millions of times more often than travel into another universe.

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Solon Zboncak

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3y ago

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