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Regina Barber

๐Ÿ‘ค Speaker
See mentions of this person in podcasts
4427 total appearances

Appearances Over Time

Podcast Appearances

Short Wave
Why Black Holes Are More Than They Seem

This hypothesis and its equations bring together big concepts in physics, like Albert Einstein's equations of general relativity, how gravity is just a warping of space-time, and James Clerk Maxwell's older electromagnetism equations that describe how electricity and magnetism interact.

Short Wave
Why Black Holes Are More Than They Seem

This hypothesis and its equations bring together big concepts in physics, like Albert Einstein's equations of general relativity, how gravity is just a warping of space-time, and James Clerk Maxwell's older electromagnetism equations that describe how electricity and magnetism interact.

Short Wave
Why Black Holes Are More Than They Seem

And it wasn't until the last decade or so that scientists were able to really see the jets up close, with a bunch of radio telescopes around the world showing high-resolution images of the jet coming from that supermassive black hole at the center of M87, the one Heber Curtis stumbled upon in 1918.

Short Wave
Why Black Holes Are More Than They Seem

And it wasn't until the last decade or so that scientists were able to really see the jets up close, with a bunch of radio telescopes around the world showing high-resolution images of the jet coming from that supermassive black hole at the center of M87, the one Heber Curtis stumbled upon in 1918.

Short Wave
Why Black Holes Are More Than They Seem

And it wasn't until the last decade or so that scientists were able to really see the jets up close, with a bunch of radio telescopes around the world showing high-resolution images of the jet coming from that supermassive black hole at the center of M87, the one Heber Curtis stumbled upon in 1918.

Short Wave
Why Black Holes Are More Than They Seem

Images also showed a magnetic field around the black hole, one step in supporting the Blanford-Sniak process.

Short Wave
Why Black Holes Are More Than They Seem

Images also showed a magnetic field around the black hole, one step in supporting the Blanford-Sniak process.

Short Wave
Why Black Holes Are More Than They Seem

Images also showed a magnetic field around the black hole, one step in supporting the Blanford-Sniak process.

Short Wave
Why Black Holes Are More Than They Seem

These images are the closest we can get to studying black holes directly.

Short Wave
Why Black Holes Are More Than They Seem

These images are the closest we can get to studying black holes directly.

Short Wave
Why Black Holes Are More Than They Seem

These images are the closest we can get to studying black holes directly.

Short Wave
Why Black Holes Are More Than They Seem

They're so close that scientists aren't just learning about jets. They're learning about the fascinating characteristics of black holes in general, which as long as scientists have known about them, have been super mysterious.

Short Wave
Why Black Holes Are More Than They Seem

They're so close that scientists aren't just learning about jets. They're learning about the fascinating characteristics of black holes in general, which as long as scientists have known about them, have been super mysterious.

Short Wave
Why Black Holes Are More Than They Seem

They're so close that scientists aren't just learning about jets. They're learning about the fascinating characteristics of black holes in general, which as long as scientists have known about them, have been super mysterious.

Short Wave
Why Black Holes Are More Than They Seem

Everything we're learning about black holes points to them being huge players in the universe. The supermassive black holes in the center of galaxies affect the whole galaxy, the billions of stars in them, and the planets that orbit those stars.

Short Wave
Why Black Holes Are More Than They Seem

Everything we're learning about black holes points to them being huge players in the universe. The supermassive black holes in the center of galaxies affect the whole galaxy, the billions of stars in them, and the planets that orbit those stars.

Short Wave
Why Black Holes Are More Than They Seem

Everything we're learning about black holes points to them being huge players in the universe. The supermassive black holes in the center of galaxies affect the whole galaxy, the billions of stars in them, and the planets that orbit those stars.

Short Wave
Why Black Holes Are More Than They Seem

So, black holes. Destroyers, yeah. But at times, creators too. They're powerful entities molding galaxies from the inside out. And we are just starting to get to know them. Short Wavers, we've covered black holes a lot over the years. We'll leave links to those episodes in our show notes in case you want to hear more about them. Also thank you so much for listening.

Short Wave
Why Black Holes Are More Than They Seem

So, black holes. Destroyers, yeah. But at times, creators too. They're powerful entities molding galaxies from the inside out. And we are just starting to get to know them. Short Wavers, we've covered black holes a lot over the years. We'll leave links to those episodes in our show notes in case you want to hear more about them. Also thank you so much for listening.

Short Wave
Why Black Holes Are More Than They Seem

So, black holes. Destroyers, yeah. But at times, creators too. They're powerful entities molding galaxies from the inside out. And we are just starting to get to know them. Short Wavers, we've covered black holes a lot over the years. We'll leave links to those episodes in our show notes in case you want to hear more about them. Also thank you so much for listening.