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Description

Giant Twilight #45
 
OM NOM NOM DELICIOUS SINGULARITY

safe2174426 artist:shieltar419 part of a set23672 twilight sparkle357757 pony1602548 unicorn537963 comic:giant twilight72 g42028945 black hole268 comic135441 cosmic vore5 cute265760 dialogue93012 endosoma1056 esophagus675 female1802767 giant pony5899 giant twilight sparkle108 giantess6219 horn190503 implied vore1407 jewelry113071 macro14974 mare741076 mawshot2726 necklace32353 nom3548 non-fatal vore750 open mouth237550 oral invitation516 part of a series4119 pony bigger than a planet600 pony bigger than a solar system92 pony bigger than a star130 size difference21331 slimy721 solo1426154 space6560 stars23406 taste buds539 tongue out147165 twiabetes15286 twipred1092 unicorn twilight33206 uvula3205 vore19176

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Eroraf86

@Background Pony #E9CB  
@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.