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Description
Giant Twilight #45
OM NOM NOM DELICIOUS SINGULARITY
OM NOM NOM DELICIOUS SINGULARITY
Tags
+-SH safe2193775 +-SH artist:shieltar419 +-SH part of a set24230 +-SH twilight sparkle360540 +-SH pony1624031 +-SH unicorn547425 +-SH comic:giant twilight72 +-SH g42049644 +-SH black hole271 +-SH comic136599 +-SH cosmic vore5 +-SH cute268554 +-SH dialogue95157 +-SH endosoma1062 +-SH esophagus682 +-SH female1824535 +-SH giant pony5937 +-SH giant twilight sparkle112 +-SH giantess6332 +-SH horn201360 +-SH implied vore1422 +-SH jewelry115642 +-SH macro15161 +-SH mare755418 +-SH mawshot2770 +-SH necklace33026 +-SH nom3563 +-SH non-fatal vore760 +-SH open mouth241801 +-SH oral invitation525 +-SH part of a series4189 +-SH pony bigger than a planet610 +-SH pony bigger than a solar system96 +-SH pony bigger than a star133 +-SH size difference21655 +-SH slimy731 +-SH solo1442052 +-SH space6646 +-SH stars23798 +-SH taste buds546 +-SH tongue out149168 +-SH twiabetes15468 +-SH twipred1109 +-SH unicorn twilight34191 +-SH uvula3264 +-SH vore19395
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Oh yeah. Silly me. I knew that actually, just forgot it a bit.
@yttyr
You’re both wrong. Very massive stars do leave behind a black hole, and black holes don’t “collapse” like that. Rather, they evaporate through Hawking radiation, at a rate inversely proportional to their mass. Any black hole more massive than our Moon currently gains more energy from the cosmic background than it radiates. The smallest stellar-mass black holes won’t fully evaporate for at least another 10^80 years.
I know. But a collapsing black hole would probably produce something akin to a supernova.
A supernova doesn’t leave behind a black hole