Hakeem Oluseyi

But you know what else they do? So there are 90 astronomy journals in the world. PASP is typically between 15 and 20 of the 90 astronomy journals. So they're typically the top, around 17% of astronomy journals. And there you go, a percentage of them, yeah.

But you know what else they do? So there are 90 astronomy journals in the world. PASP is typically between 15 and 20 of the 90 astronomy journals. So they're typically the top, around 17% of astronomy journals. And there you go, a percentage of them, yeah.

So very, very good to hear that. That's right. So I saw them as a rigorous, scientifically rigorous organization that had the social consciousness to do this educator training. Which nobody else was doing because it's a professional organization.

So very, very good to hear that. That's right. So I saw them as a rigorous, scientifically rigorous organization that had the social consciousness to do this educator training. Which nobody else was doing because it's a professional organization.

And how many families own their scientific instruments that they use professionally? Like people buy telescopes.

And how many families own their scientific instruments that they use professionally? Like people buy telescopes.

That's what I'm saying.

That's what I'm saying.

Remember, GNU's not Unix? GNU? Oh, yeah. GNU, Linux, Unix, you guys aren't that old. Okay, never mind. It's the white hair. So here's the thing, before this. He's not nerdy enough. I was working on a satellite called the Supernova Acceleration Probe, and now I'm working on the Interstellar Mapping and Acceleration Probe. No, you're working on Earth related to the probe, not working on the probe.

Remember, GNU's not Unix? GNU? Oh, yeah. GNU, Linux, Unix, you guys aren't that old. Okay, never mind. It's the white hair. So here's the thing, before this. He's not nerdy enough. I was working on a satellite called the Supernova Acceleration Probe, and now I'm working on the Interstellar Mapping and Acceleration Probe. No, you're working on Earth related to the probe, not working on the probe.

Did I misuse the word on?

Did I misuse the word on?

Because essentially what happens is the sun accelerates particles, right? It creates this bubble. That's the solar wind. The solar wind, right? But it's moving fast. It is supersonic, right? The heliosphere.

Because essentially what happens is the sun accelerates particles, right? It creates this bubble. That's the solar wind. The solar wind, right? But it's moving fast. It is supersonic, right? The heliosphere.

Oh, it's approximately a vacuum.

Oh, it's approximately a vacuum.

Exactly. And what happens is, is that, you know, so it's almost like a boundary where information only travels one way, which is out. That's the heliopause, isn't it? No, the heliopause is what I'm getting to. So just like the example that's given is when you run water.

Exactly. And what happens is, is that, you know, so it's almost like a boundary where information only travels one way, which is out. That's the heliopause, isn't it? No, the heliopause is what I'm getting to. So just like the example that's given is when you run water.

Where do you find these two comedians? These guys know more science than I do.

Where do you find these two comedians? These guys know more science than I do.