Jordan

Yeah.

Boy, did they have a lot to say.

Boy, did they have a lot to say.

Boy, did they have a lot to say.

I'm so mad, dude. Why do I care so much? I should just go golf. Why don't I just golf?

I'm so mad, dude. Why do I care so much? I should just go golf. Why don't I just golf?

I'm so mad, dude. Why do I care so much? I should just go golf. Why don't I just golf?

A bear.

A bear.

A bear.

That's impossible on this podcast. Are you ready? Yep.

That's impossible on this podcast. Are you ready? Yep.

That's impossible on this podcast. Are you ready? Yep.

So scientists have frozen light, the fastest thing in the world, able to travel across Earth in under a second. And they did it for 60 seconds. But get this. That's the least impressive part, because the most impressive part is how they did it. By firing light into a special machine called a photonic semiconductor, it enabled the photons to act as a Bose-Einstein condensate.

So scientists have frozen light, the fastest thing in the world, able to travel across Earth in under a second. And they did it for 60 seconds. But get this. That's the least impressive part, because the most impressive part is how they did it. By firing light into a special machine called a photonic semiconductor, it enabled the photons to act as a Bose-Einstein condensate.

So scientists have frozen light, the fastest thing in the world, able to travel across Earth in under a second. And they did it for 60 seconds. But get this. That's the least impressive part, because the most impressive part is how they did it. By firing light into a special machine called a photonic semiconductor, it enabled the photons to act as a Bose-Einstein condensate.

which is just a fancy term when large groups of atoms start to act as a single particle because they're chilled to near absolute zero. But this is when it gets a little crazy. When they did that, the light transitioned into a super solid state, which means it was both a liquid and a solid all at the same time. This is kind of insane because super solids are like tubes.

which is just a fancy term when large groups of atoms start to act as a single particle because they're chilled to near absolute zero. But this is when it gets a little crazy. When they did that, the light transitioned into a super solid state, which means it was both a liquid and a solid all at the same time. This is kind of insane because super solids are like tubes.

which is just a fancy term when large groups of atoms start to act as a single particle because they're chilled to near absolute zero. But this is when it gets a little crazy. When they did that, the light transitioned into a super solid state, which means it was both a liquid and a solid all at the same time. This is kind of insane because super solids are like tubes.

They're hard on the outside, but on the inside, they're soft and can move things without friction.