Paul Mecurio

I'm done.

I'm done.

So it's like neutering a dog.

So it's like neutering a dog.

That's right. What do you anticipate that you might find there? I mean, you must have something.

That's right. What do you anticipate that you might find there? I mean, you must have something.

Whoa, Quark Star. All right. Here's a little bit more heady than theirs, though. Well, this is a Cosmic Queries. Yes.

Whoa, Quark Star. All right. Here's a little bit more heady than theirs, though. Well, this is a Cosmic Queries. Yes.

All right, okay. Let's do it. All right, this is James H. English. Greetings. He's from Denmark. I read recently that the universe is expanding too fast for our theories and models to fit, increasing the Hubble tension. Do you think the problem is with our models, or is there some physics we just haven't discovered to explain this?

All right, okay. Let's do it. All right, this is James H. English. Greetings. He's from Denmark. I read recently that the universe is expanding too fast for our theories and models to fit, increasing the Hubble tension. Do you think the problem is with our models, or is there some physics we just haven't discovered to explain this?

I.e., is the rate not constant due to some undiscovered property of space-time? Or is there something wrong with the data? So our model's off, but...

I.e., is the rate not constant due to some undiscovered property of space-time? Or is there something wrong with the data? So our model's off, but...

So the theory had to be adjusted.

So the theory had to be adjusted.

Right, right.

Right, right.

The Kobe satellite. You mean right after he scored 81 points? No, not that guy.

The Kobe satellite. You mean right after he scored 81 points? No, not that guy.

So circling to the Hubble tension. So tell me, something's got to give.

So circling to the Hubble tension. So tell me, something's got to give.