00:00A mysterious black hole merger shocked scientists in 2023.
00:04Two giants collided 7 billion light-years away.
00:07But their size and spin should have been impossible.
00:10These black holes were too massive and spinning too fast.
00:13By all known science, they shouldn't exist.
00:16So how did they form?
00:18At the Flatiron Institute, astrophysicists ran next-level simulations.
00:22They tracked stars 250 times the mass of our sun from birth to collapse.
00:27But here's the twist.
00:28They added magnetic fields.
00:30Something past studies ignored.
00:32Turns out, magnetic fields dramatically change what happens after a star explodes.
00:37They can blast away huge chunks of material before it feeds the newborn black hole.
00:41This means the black hole ends up lighter, landing right in the impossible mass range.
00:46Even more shocking?
00:48Stronger magnetic fields create slower black holes.
00:51Weaker fields?
00:52Faster and heavier ones.
00:54This could explain why the 2023 black holes were spinning near light speed.
00:58And there's more.
01:00These events might produce gamma-ray bursts.
01:02Flashes we could actually detect.
01:04A brand new way to study how the universe builds its biggest beasts!
01:08What we thought was impossible may just be magnetic magic.
01:11We've got a lot of
01:26the Dead Lightning Palace.
01:27We'll get it.
01:28We'll get it.
01:28I'm going to follow-up assassin.
01:29We'll get it.
01:30We've got more인데 units.
01:31We'll get it.
01:32We'll get it.
01:33We'll get it.
01:33We'll get it.
01:35We'll get it.
01:36We'll get it.
01:37We'll get it.
01:37We'll get it.
01:38We'll get it.
01:39So we'll get it.