 Timberley test point seven is complete. We had a good burn. Radiometer peak values were about 125 or so for radiometer number one. And the droplet burned down to about 2.5 millimeters. Started off at 5 millimeters, went down to about 2.5 and it looks like it extinguished. It was hard for me to tell when the flame finally went out. Looks like we got a little bit of a sooting on top of the Brexan cover that was causing a little bit of a halo and it lost that to me. So I wouldn't sure exactly when it extinguished but I could tell that it wasn't burning any smaller and at that point we terminated it and turned the fan on but it looked like a good burn. Okay, we caught it all, Don and I believe here on the ground they were watching and could tell. In fact, when the droplet did stop burning. Please. You're not far from the damaged space station. It must be very bad feeling that you all are not able to help them. Is there any way, and let me give this to Jim Halsell. Is there any way you could help them if the problems on Mir got worse? Actually, from our given orbit, we cannot get to the Mir. It's at a higher inclination orbit that we simply don't have the fuel to reach at this point. We did have the opportunity, as you mentioned, to see Mir a few days ago and actually I did not but Susan did. So let me pass it off to her and let you hear it from her. Yeah, actually Don and I saw Mir the other night and it was spectacular. Mir was the brightest thing in the sky and directly overhead of us and almost close enough to reach out and touch them and yes, of course, we wish we could go help them. Unfortunately, Columbia can't get to that inclination. All right, here's a viewer question from Robert in England who called in moments ago. And he wants to know what the most spectacular things you have seen so far on this mission is. Might be something in your space lab, might be something out the window. How about it, Roger Crouch? Could you take this, the most spectacular thing you have seen so far on this mission? We've got a bunch of people offering up opportunities. I'll go first. I think the most spectacular thing I've seen on this mission compared to my previous flights are dust storms. There's a tremendous amount of dust blowing off the African continent right now and it's headed toward the West, toward North and South America. To be able to see those plumes of dust reach out those thousands of miles and know that it's actually what's happening in Africa is right now impacting the weather in Atlanta and all across the United States. It's an interesting and privileged vantage point for us to have to be able to see that happening. Tell me who's doing the most work on the fire experiments, the fire in space. This is a question specific to that. You can just pass the microphone over to the fire in space expert. And the question is why are your experiments on fire in the combustion module so important during this mission and what applications can these experiments have for those of us who probably will never get to fly in space but who have a lot of experience with fire down here on earth? Well, combustion is a very, very important part of our economy. Hundreds of billions of dollars a year are spent on energy, 90% of which comes from combustion. It's also a very important part of our foreign trade deficit. So if we can move the body of knowledge of combustion science forward, that can have broad ramifications in all areas of applied combustion science, automobiles, jet aircraft, power plants, all kinds of things that use combustion. And so the experiments we're trying to do up here and they're being very, they're very successful as well is to try and move the fundamental knowledge of combustion forward. Well, I'm glad everybody's surviving. Anybody else have any bad trouble with adaptation syndrome as the NASA speak is or did most of you guys just kind of zoom through this? Yeah, I think the real data point on this whole flight is if you let a crew fly three months apart, the second time around, the adaptation is very quick, almost painless, I would call it. And I think that'll be a medical point of interest for all the doctors back home because they've never really had this number of people refly this quickly before and I know they're gonna be interested in that. My interest now will be on landing to see if what held true on coming into orbit also holds true on landing. That is a re-adaptation to one G is just as quick. And Columbia, Houston, we have a report of an on-time landing of Mars Pathfinder. That bill, that's great news. You don't have video for several more hours yet, is that correct? Jim, that's correct. It's starting to go through the process of writing itself and things like that. So they're not anticipating even getting a signal for an hour or so. The step trailer is complete, moving on step one. Yeah, we just, we figured if you gotta work on the 4th of July, this is absolutely the best thing to be involved with. We're real proud of you guys. All right, I'll make this possible. We appreciate that.