Paul Mecurio

But there are a whole host of, it's an infinite number of things that could cause a gravitational wave, right? But actually, wait, wait, wait.

But there are a whole host of, it's an infinite number of things that could cause a gravitational wave, right? But actually, wait, wait, wait.

All right, we're going to move on. Can we do a lightning round? Yeah, absolutely. We got some great ones. Here we go. Okay, go. Lightning round, dude.

All right, we're going to move on. Can we do a lightning round? Yeah, absolutely. We got some great ones. Here we go. Okay, go. Lightning round, dude.

Yes, exactly. Right, right. Yeah, okay, here we go. I've always been bothered by physicists' preoccupation with

Yes, exactly. Right, right. Yeah, okay, here we go. I've always been bothered by physicists' preoccupation with

with conservation of information especially in regard to particles falling into a black hole firstly it sounds more like a philosophical position than one derived from through mathematics or scientific method correct me secondly mr heisenberg taught us that one can never know all information about a particle thus can't we consider that information to never have existed in the first place and thus can't be destroyed i i have one thing for alan alan if you're gonna

with conservation of information especially in regard to particles falling into a black hole firstly it sounds more like a philosophical position than one derived from through mathematics or scientific method correct me secondly mr heisenberg taught us that one can never know all information about a particle thus can't we consider that information to never have existed in the first place and thus can't be destroyed i i have one thing for alan alan if you're gonna

ask a question on acid, you got to send the tablets to us too so we can be on the same wavelength and answer the question. Tablets? Go. You mean tabs. There you go. There we go. There we go. Alan Geist, go ahead and answer that question.

ask a question on acid, you got to send the tablets to us too so we can be on the same wavelength and answer the question. Tablets? Go. You mean tabs. There you go. There we go. There we go. Alan Geist, go ahead and answer that question.

I don't know. It's like in China. Wait, you mean they'd say like, you know, Paul McCure, the guy with the dark hair? Yeah, exactly.

I don't know. It's like in China. Wait, you mean they'd say like, you know, Paul McCure, the guy with the dark hair? Yeah, exactly.

See, I do it with voice. Like, you know, Neil Tyson. He talks like James Earl Jones. I do it like that. You do it basically... This is CNN.

See, I do it with voice. Like, you know, Neil Tyson. He talks like James Earl Jones. I do it like that. You do it basically... This is CNN.

Yeah. Okay. Give me another one. There we go. My name is Ross. I live in Madison, Wisconsin. Could dark energy, whatever it is, be the mechanism behind the big squeeze? As an analogy, consider a magnetic field. It comes out of one pole, folds back on itself, goes into the other pole. Imagine this magnetic field being the fabric of space-time relationships. Is that something about dark energy?

Yeah. Okay. Give me another one. There we go. My name is Ross. I live in Madison, Wisconsin. Could dark energy, whatever it is, be the mechanism behind the big squeeze? As an analogy, consider a magnetic field. It comes out of one pole, folds back on itself, goes into the other pole. Imagine this magnetic field being the fabric of space-time relationships. Is that something about dark energy?

Right, right.

Right, right.

Okay. When were we, this is Christopher from St. Louis, when were we looking into the cosmos for possible Dyson spheres? What criteria are we using to tell the difference between a Dyson sphere and something else?

Okay. When were we, this is Christopher from St. Louis, when were we looking into the cosmos for possible Dyson spheres? What criteria are we using to tell the difference between a Dyson sphere and something else?