This is CBS, I on the World.

I'm John Batson, Hotel Mars.

Episode N.

David Livingson, Dr. Space himself, is here as my colleague and co-host and co-pilot.

And we're going to the universe, thanks to the James Webb Space Telescope,

as interpreted by our James Webb

Whisperer of the moment, Megan Masterson. Megan is the lead author of the revelations we're

about to discuss to do with black holes in the universe. She is a graduate student at MIT's

Kaville Institute for Astrophysics and Space

Research. Megan, congratulations. Immediately, this looks like important news about the black

holes in the universe that we don't know about or that we don't see. What is the James Webb Space

Telescope allowed you to discover that is so fresh we're still

dealing with, hey, we didn't know they could do that? What black holes? Where, Megan, good evening

to you. Hello. Thank you so much for having me. Yeah, so what we're talking about today,

what we've discovered are these events

called tidal disruption events, which are basically what happens as a star in the nucleus of a galaxy,

gets thrown onto an unfortunate orbit around a supermassive black hole and the extreme tidal forces

of the black hole akin to the sorts of the same title forces

here between the moon and the earth ripped the star apart to shreds, producing a temporary

flare of emission as that material is gobbled down by the black hole. And so these title disruption events,

or TDE's, have been theoretically, they were first theorized in the 1970s, 1980s, first discovered

in the 1990s in the X-ray with X-ray wavelengths. But today, what James Webb is doing is allowing us to

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