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The John Batchelor Show

HOTEL MARS: DORMANT BLACK HOLES AWAKEN. MEGHAN MASTERSON, MIT; DAVID LIVINGSTON, SPACESHOW.COM. CONTINUED: THE ULIMITED BUDGET.

The John Batchelor Show

John Batchelor

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4.52.8K Ratings

🗓️ 1 August 2025

⏱️ 5 minutes

🧾️ Download transcript

Summary

HOTEL MARS: DORMANT BLACK HOLES AWAKEN. MEGHAN MASTERSON, MIT; DAVID LIVINGSTON, SPACESHOW.COM.  CONTINUED: THE ULIMITED BUDGET.
https://www.space.mit.edu/news/astronomers-discover-star-shredding-black-holes-hiding-in-dusty-galaxies/
SUMMER 1940

Transcript

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0:00.0

This is CBSI on the World, Hotel Mars episode, and with David Livingston, and Megan Masterson is here from MIT, the lead author on a new paper about black holes gobbling up stars.

0:16.0

However, we now give Megan an unlimited budget.

0:21.3

What next, Megan?

0:22.3

Anything you want.

0:24.5

Wow.

0:25.3

Yeah, this is a really fascinating question to think about, to ponder.

0:31.3

I think so we were just talking about the field of time domain astronomy.

0:35.0

And one of the things with this study in particular was that we didn't actually, we didn't

0:43.1

find these TDE with James Webb.

0:46.0

We found them with another observatory, but we were able to do really detailed follow-up with

0:50.9

James Webb that helps us kind of determine the properties of these sources.

0:55.3

But James Webb has a really small field of view that I can look at, basically a very small

0:59.6

patch of the sky. And so you can't survey the entire sky in these time domain studies the way

1:05.1

you can with other missions. So I think one thing that would be really exciting is to be able to survey the entire sky

1:14.4

with James Webb.

1:15.4

That would require basically many more James Webb's.

1:17.9

That would be extremely expensive.

1:19.8

The other thing that I think would be really exciting is to do scan the sky all the time

1:27.2

in the x-rays. So this is something we've been kind of

1:29.2

working on as a field, but we currently don't have an operating mission in the x-ray band

1:34.3

that's surveying the sky on a regular cadence. And so this is kind of a powerful way. We basically

1:43.0

need photons from across the electromagnetic spectrum

...

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