So, we've talked a lot about this space chunk coming back down to Earth, and that's the solution of it, but I think people have missed conceptions or the wrong picture about what's actually going on. That's right, I think it's an atavistic fear of the sky falling on our heads. But in fact, space chunk when it comes in is going pretty fast. Yep, the orbital speed, do you remember, is many kilometers a second. And so this is what something looks like as it comes in. I mean, the Earth is also really big, right? So the likelihood of anyone placing it by it is infinitesimally small. That's right, most of the ocean is, most of the Earth is ocean or desert or something like that. But here we've got a spacecraft coming in, and now of course this is how human spacecraft actually do safely land. They've got heat shields, but if something without a heat shield is not going to survive reentry generally. That's right, but again, but that's also partially by design. They wanted to burn up in the Earth's atmosphere so the bits aren't left as junk on Earth or in space. So usually anything that's designed to work in space is not going to be very strong to withstand reentry. Exactly. You have to deliberately design it to be good reentry. So here's quite pretty actually. And you can clearly see it fragmenting, right? You can see these fragments and they're burning off. And again, they're burning off. These aren't necessarily on fire. They're heating up due to friction. And that's what we're seeing this glow of. That's right. So sometimes this is, sometimes it does land on Earth. I mean, a small bit still really will burn up. Yeah. A big bit was going to land. Now I think you took a picture, right? I did. And this was the debris from the SpaceX capsule. So the crew dragon, there's two parts. There is the capsule where the humans go on that have heat shields that are designed to re-enter and safely. The rest of it, the unpressurized trunk, is actually jettison right before. Now again, you were talking about the materials. The materials generally up in the capsule are designed to withstand this. This is actually mostly titanium. This is three meters told. It's one of the fins. And it's taller than me. And this was speared into the ground. This wasn't being propped up because I felt heavy. It is now just a measure of fighting, that's a new panic. Someone morning, it looked at it. It was a surprise to make when he woke up. And it looked like an alien object. He wasn't quite sure. So these things do happen. Most of them, though, are much smaller. So even when they do hit the Earth, they actually don't land. You know, you can actually completely miss them. I think people think of this fiery crater. Most of the energies actually have been lost when it hits the Earth's atmosphere. That's right. Now if you're deliberately sending a spacecraft to, if it's still under control, you can steer it down. And those usually, it's called the spacecraft graveyard. This is basically a large area in the south Pacific Ocean, but not many people live and not many ships have found. In fact, that previous video was taken from the Isokargo re-entering over the south Pacific. Yeah. So you can deliberately send it down, but most of the spacecraft that fall down are not under control. That's right. So they could go anywhere. And we've seen them go anywhere. And we've seen some survive and landed popular areas. And we've seen some come down in decades later only been uncovered. Now one complication is that the atmosphere is bringing these things down, but the atmosphere varies in thickness. When you get one of these big solar storms, the coronal mass ejections that we're talking about, as well as pushing all the radiation, this also can puff up the outer layers of the Earth sapacy, make the atmosphere thicker. It's tenuous outer regions, which means that spacecraft, maybe that near 300 or 400 kilometers up, that normally we have a fair bit of time before they came down, maybe don't have so much time anymore. That's right. And we actually saw a problem with this, I think, last year when SpaceX launched a new batch of their starling satellites, where they launched previously a couple of days. They were getting into those higher orbits. Now the atmosphere puffed out because one of those storms. So what they were expecting at 300 kilometers was not what they got. And those satellites rapidly came back down to Earth.