Interested in advertising on Derpibooru? Click here for information!
Sky Railroad Merch Shop!

Help fund the $15 daily operational cost of Derpibooru - support us financially!

Description

Giant Twilight #45
 
OM NOM NOM DELICIOUS SINGULARITY

safe2185578 artist:shieltar419 part of a set23954 twilight sparkle359451 pony1614742 unicorn543207 comic:giant twilight72 g42042060 black hole269 comic136048 cosmic vore5 cute267408 dialogue94534 endosoma1061 esophagus681 female1815362 giant pony5915 giant twilight sparkle111 giantess6281 horn196389 implied vore1418 jewelry114575 macro15078 mare749492 mawshot2748 necklace32766 nom3558 non-fatal vore757 open mouth239945 oral invitation522 part of a series4154 pony bigger than a planet608 pony bigger than a solar system96 pony bigger than a star133 size difference21513 slimy729 solo1435306 space6626 stars23644 taste buds546 tongue out148324 twiabetes15392 twipred1105 unicorn twilight33796 uvula3240 vore19315

Comments

Syntax quick reference: **bold** *italic* ||hide text|| `code` __underline__ ~~strike~~ ^sup^ %sub%

Detailed syntax guide

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.