Latest / Made of Stars / SLIM Not So Shady Any More

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SLIM Not So Shady Any More · Made of Stars

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Warning. The following podcast contains an entertaining look at astronomy, physics, and
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space news throughout the known universe. Listeners have been known to learn about astronomical
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phenomenon, the scientific method, and expanded vocabulary to include terms like quasar,
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asterism and uranus. Listen, that's your own risk. Go ahead. When
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made of stars, made them stars, madies. When maida stars you could
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be from high they would New Mexicomus. Where are stars? When we are
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made of stars? I'm Wes Carol, joined by my good friend doctor Sean
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Cruisan from colun To State University's Coca Cola Space Science Center. More than Shawn,
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Good Morning, Wes could be here today. I still think I should
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get the honorary degree so that I can be Doctor of West Carrol. And
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it just gives a little better balance, you know, just to what we're
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doing here. You know, I mean, I'll bring it up to the
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committee. Yeah, I'm sure, I'm sure they'll they'll take it under serious
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advisement. It would also sound better at graduation, you know, when I'm
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reading the names out at graduation. Indeed, doctor of Radio Science that's or
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or you know whatever. I'll take anything, doctor of basket weaving. I
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would take it. I was with you yesterday at your at your place of
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business at the Coca Cola Space Science Center, my son Luke and his class
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or his class and others. I guess it was a few groups. We're
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having a field trip there and checking out some of the new activities that you
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had in place. They had a really good time. Yeah, it was
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good to have them here. And and that particular school that your son goes
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to, it's a very good school. We always enjoy having them down and
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we were basically prototyping on your son West. I'll just have to admit we're
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just prototyping a new activity. But the activities seem to be going really well.
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It is a simulated Mars I'm sorry, I simulated moon base experience.
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There are some Mars aspects, so they're working on the weather on Mars as
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well as on other planets as part of their Moon base exploration activities. They're
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also looking at lunar geology. They're driving some rovers around on the surface of
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the Moon, and they're studying moon phases. So this is a great set
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of activities that are all built into one package, and we really enjoyed having
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that crew down. It's aimed at the sixth grade, the sixth grade science
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standards, but really kids around that age, either a little bit younger or
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a little bit older, or even adults honestly, would really enjoy that experience.
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And we were happy to host your son's school and glad to have you
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down yesterday. Yeah. No, it was great to see it in action
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and great to see them doing it. And you know, I've seen some
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of the other activities and things that they've done in the past, so when
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there's something new, I was like, man, this is a great chance
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since it's brand new to see it, you know, while being there with
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him. So I thought that was great, and I like what you guys
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are doing with it. And I know you guys are tweaking a few little
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things and you've got some cosmetic upgrades to do to it. But it was
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great. I mean, it was seeing them all engaged, and you point
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out it's a good school. It is a good school, and you know
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you're catering to some gifted kids sometimes in those in those groups, so knowing
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how much it kept them engaged was great as well. So I know they
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had a good time. So speaking of the moon and Mars. It's a
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great segue into our first stories today, both of them, because one,
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I mean, we'll get to this one second, but it's kind of a
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zombie Moonlander, I guess, because it's funny. You and I had not
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really talked, but that's exactly the way I was going to describe it,
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so well, get out of my head. But we'll get to that because
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it's one of those things that we had written off and you know, not
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so fast. But we'll get that in a second. Let's first start with
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a sad story. As you know, I sent you a text when I
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saw it this week and you were like, oh, oh, I hadn't
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seen that yet, So I had to. I had to be the one
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to break the news to you. There's moments in our lives where we remember
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where we were in certain moments, especially sometimes like I remember the moment when
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I learned that Magic Johnson was going to retire from the NBA because he had
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an HIV diagnosis. I remember that very vividly. It was really sad.
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It was a monumental moment in history with the AIDS epidemic, and you know,
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one of the great basketball players of all time, and it was a
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big deal. And I remember that. I remember where I was in the
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context of me learning that Steve Irwin, the crocodile hunter had died. Uh.
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Just just some of these moments. This is kind of one of those
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for me learning about the people. Those are very solemn moments. I mean,
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those are very serious, solo moments. I remember where I was when
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I heard that Coke was changing its formula. You know it's a different Yes,
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we're gonna change Coca Cola. What are we doing thinking? Man?
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Yeah, all of those. But uh, the this feels like a friend
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who we were losing. Uh. And it's a friend that we had for
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a lot longer than we we really should have a lot longer than was planned.
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Obviously. Uh. It lived its proper full length life because it it
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served a great purpose and it will it will continue to do so in future
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missions. Enough lead up to it. Let's talk about ingenuity. That is
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now it served its purpose and can now rest in peace on the surface of
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Mars. This is sad what you sent me the text. I hadn't heard
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it yet, and so I pulled the story up immediately after that, and
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I had a similar emotional reaction to yours. It's like, ah, the
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poor little marsh helicopter died. Ah. But friends, let's just consider the
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facts. This thing was incredibly successful, right. First of all, it
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really isn't alive. Second of all, it just absolutely killed its mission.
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Yeah, one hundredfold over what they thought the thing was gonna do. And
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third it has now become a prototype for a kind of companion to new planetary
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rovers that are probably gonna be set up on each and every mission from now
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on. So this is a success one hundredfold. So we had to just
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before we get into the actual like final moments of the life of this little
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Mars critter, we got to just consider this is a this is a piece
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of engineering that far surpassed all expectations. This is like, this is kind
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of like Tom Brady, you know, being a late round draft pick,
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not a lot of hype, not a lot of people going, oh my
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gosh, this guy is gonna end up being the greatest quarterback to ever play
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the game. And then then he went on to become Tom Brady. I
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mean, this is the Tom Brady of Mars helicopters. I can tell you
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that I could think that was just a lot of confidence yeah, I think
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that's all Mars helicopters. That's safe. That is a good So they expected
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this thing maybe five missions. I mean there was not you know, first
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of all, there was the hope maybe this thing will be able to fly
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right like maybe on Mars we'll be able to have this thing actually get some
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air. It did that, and they thought, well, maybe about five
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flights out of this thing. When they're on the drawing board at JPL where
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this thing was built Jet Propulson Laboratory in California, their plan was, Okay,
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we're going to plan for five times five flights during the first month of
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operation of the little helicopter, once it drops out from under perseverance. If
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we can get five flights out of this baby, we have achieved, right
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five, It flew seventy two times, so and I know that's not itself.
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I know the math that's not one hundred fold there. But I'm just
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saying from five just kind of demonstration test flights to by the end of the
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life of this helicopter, it was actually leading the rover and scouting out paths
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of traverse across the Mars surface and locating interesting things to study on the planet.
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Which was not ever really part of the original shall we say, set
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of achievements they expected from the helicopter. These were all add on tasks based
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on its discovered capabilities once it was already on the planet. And now because
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of this amazing demonstration of technology, now all future rovers are likely to be
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designed to have such a robotic companion, not only on Mars, but possibly
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on the surface of Venus and other planets as well. I say other planets.
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I'm including moons in their other worlds, shall we say. So this
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has been a staggering successful mission, right, staggeringly successful. So all right,
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so let's just say this. Check out the information on space Flight Now
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as well as other sites. But on Spaceflight Now they will have a link
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to a live stream that occurred yesterday, Wednesday of this week that was held
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by NASA where they kind of just more but also celebrated the Mars helicopter ingenuity
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and all of its achievements, shall we say. If you have trouble finding
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it, you can replay it on NASA's YouTube channel. You can find it
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there, and it's really cool. I listened to a good part of that
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before the broadcast before our podcast today and just kind of listen to what they
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had to say about it. It's really kind of a fun thing to go
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back and revisit hearing what the designers of the helicopter were thinking when they first
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put it together, and then what it actually was able to achieve up there.
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Of course, the big milestone is it is the first aircraft from Earth
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to fly in alien skies, right, it is the first. I'm not
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talking about rocket ships that drop through the atmosphere. I'm talking about actual aviation
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in the atmosphere of another world. And so it was the first ever to
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do that. That was an amazingly important thing to accomplish. And then,
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as we say, seventy two flights after it had only five flights planned and
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a complete change in mission. All of these things were going great and splendidly,
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and we're looking forward well into the future. When all of a sudden,
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it was a bit of you know, a bit of a dust storm.
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They lost communications and it came down for a hard landing on January eighteenth,
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it's seventy second and final flight, and as it came back down it
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hit the ground hard, obviously at an awkward angle. The scientists involved said,
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yes, our rotors made contact with the surface. Yeah, that means
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it crashed and it broke. And if you ever personally had an outdoor like
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hobby helicopter, you know that you're probably five to ten minutes away from that
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thing hitting the ground and breaking the props off, right. So that's so
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the fact that this landed, this mission extended so long before it has its
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hard landing and broke the props is itself kind of staggering and amazingly successful.
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Yeah, unbelievable the journey any of this little helicopter that just kept giving and
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kept giving, and you know, like you said, it paves the way
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now for future missions for the need. I'm gonna I'm gonna leapfrog the zombie
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craft story just for a second because I think this one is a nice segue
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into it. And you know, knowing that we had folks on Earth programming
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a helicopter to fly around on Mars. By the way, don't give you
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I know you want to monitor your kids and their time they spend online and
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on video games if those games involve coding, just know one day they could
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be flying a helicopter on Mars if they're doing the right coding. Game so
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you know, you could get advice on that, but don't give them too
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hard of a time if that's what they're doing, because I mean, it
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could lead to an incredible career. Or you know, maybe they could be
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on the International Space Station and controlling a robot down on Earth. Because that
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just happened. That did just happen, and we're talking about German astronaut Marcus
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Vant. German astronaut Marcus Vant from the DLR that's the German Space Agency aboard
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the International Space Station in orbit around the Earth, controlling a robot dog,
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a robodog, a four legged robot on an artificial Mars terrain back on the
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Earth right. So it's a simulation of being able to control robots from space
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on the Red planet itself. But it was an interesting thing. You may
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have seen images of Spot the Dog, which is a robot designed by Boston
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Dynamics as a four footed robot. So this is similar to Spot the Dog
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a little bit smaller versions it's more like an Australian shepherd rather than a Great
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Dane, but you know that kind of thing. So it's a kind of
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a medium sized four legged robodog back on the artificial Mars terrain. Back on
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the Earth, it was being tested by the German Space Agency for future Mars
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xloration. Not only was it a demonstration of technology that yes, astronauts from
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orbit can drive these robots on the surface of a planet, but it's also
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the test of the four legged propulsion system itself. Right So until now only
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wheel driven robots have been controlled remotely from space by astronauts, so writes officials
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from the DLR. They go on with their quote to say, but Bert,
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which is the name of the dog robot, Bert has mastered several types
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of gates and thanks to his leg based locomotion, can explore rough terrain,
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including small caves that his rolling teammates cannot reach. So this is a different
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kind of mobility platform for robots that might go into a very rugged terrain like
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the surface of Mars, and they can simply get to places that Mars robots
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like Perseverance, which is a big golf cart, basically they just can't get
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in there, or they can't go down into a cave, or they can't
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get over certain rocks. But a legged robot can traverse these difficult terrains,
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and so that's part of the exploration by the German Space Agency DLR and by
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Marcus Vant, the German astronaut. Now it's important to say this, Marcus
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Vant is up aboard the International Space Station and yes, with NASA's blessing,
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but not part of a NASA team of astronauts typical for the International Space Station.
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Instead, Vont is a board ISS as part of the SpaceX Axiom three
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crew or the AX three crew from Axiom Space. So he's up there on
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this two week mission. He is a European Space Agency astronaut, but he's
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been assigned to the SpaceX ax three mission, which is a commercial endeavor.
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So this is just one more kind of industry bell weather that we are shifting
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away from the old ways of thinking about how astronauts get to space and who's
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in control of those missions and and you know, to almost like an airline
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based system where you're just buying a ticket with a commercial company and they're just
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flying you up to your destination. So so it's a really interesting story about
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the robot, really interesting story about being able to control it from orbit,
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but it's also an interesting story about how astronaut Marcus Vant actually got up to
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the International Space Station. And how how that commercial influence is changing the way
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astronauts go to space. So I think it was Eminem, who one of
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his many nicknames, Slim, who once said, and I quote, guess
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who's back back again. It happens to be Slim, but not Eminem,
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although he may be back. I don't know. I don't really keep up
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with that that side of the music world anymore. I used to. But
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Japan's Slim. We had written this thing off. This is uh we were.
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We were saying, hey, they had a win. They managed to
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have a soft landing on the moon, fifth country to do that, and
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congratulations, Too bad about your craft that wasn't getting any sunlight to have any
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power to it. But sometimes things move in the sky and sunlight reaches things
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like I don't know, you know, probes that are sitting there waiting for
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the opportunity to power back up again, And hey, sunlight hit the right
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thing apparently because it's back. Yeah, unlike Eminem, who's still making obscene
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gestures at forty nine ers fans, Well, this particular spacecraft is actually going
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back to work. Well, you know, I'd almost rather have that than
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Taylor Swift at the super Bowl. But anyway, that's another I don't know
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now I think about it, that didn't really make it. It'd probably rather
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have Taylor Swift there, but that's different. Well, speaking of being in
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the big game, I guess if you have a working Moonlander and you're a
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space agent, see that's a good thing. Yes, almost like having some
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celebrity from the music industry be at your Super Bowl game. It was almost
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like that, right, yeah, so so all right, So just last
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week, Less and I bemoaned the fact that this poor unfortunate Japanese lander had
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soft landed on the surface but simply couldn't power up its batteries because the solar
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panels were sitting at the wrong angle. But it's little kind of spherical robots
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had companionships had fallen off and taken pictures of the lander actually sitting there on
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the Moon basically doing nothing. So anyway, it was a sad story.
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So listen to last week's podcast, enjoyed that sad story, and then come
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back to this one because it's alive. It's, as Wes alluded to a
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moment ago, a zombie spacecraft which was once dead but back alive again.
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Friends, it is back from the dead. So first of all, let's
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just talk about what SLIM stands for. I'm not talking about Eminem. I'm
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talking about the space vehicle smart Lander for investigating Moon Slim. I think that's
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what it stands for for M and M as well. Yeah, I think
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it's the same thing. It's exactly the same, probably is probably so anyway,
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all right, so smart Lander for investigating Moon Slim. The Japanese probe
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from the Japanese Space Agency called Jackson is back alive. Because as the Moon
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slowly rotates, and yes it does rotate, and yes it does keep the
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same face facing toward the Earth all the time. The moon does, there's
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some complicated, well semi complicated relationships between orbit and then it's revolution. It's
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revolution period. It's it's a rotational period that allowed that to happen. Anyway,
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Besides all that, the Sun finally just kind of creeped around to an
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angle where it hit some of the solar panels, and suddenly the folks that
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Jackson were getting small signals back from their lander. It was talking again.
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They said, wait a minute, this thing might not be dead after all.
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They let the power juice up a little bit more and they were able
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to start turning on systems. So even though those solar panels didn't land at
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exactly the angle they needed them to power up immediately, enough sunlight has been
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able to hit those panels that it slowly charged up the batteries and they're able
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to turn it on. And now they have re establish re established communications with
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SLIM as of last Sunday, So nearly nine days after the probe touchdown,
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Japan became and allowing Japan to become the fifth country to land on the Moon
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safely. The probe is actually back alive again and it looks like it's going
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to actually be able to take on its scientific mission, which was to analyze
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the composition of olivine rocks on the lunar surface with its multi ban spectral cameras.
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Right, So this is all good stuff. Right, So we have
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a spacecraft now on the surface of the Moon from the Japanese Space Agency that
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can give us clues about the origin of the Moon and just help us learn
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a little bit more about the science, but also teach just a lot about
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not giving up on your robotic spacecraft. Friends. So what you're saying is
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SLIM became less shady and had one shot, one opportunity to have everything.
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Anyway, Sorry, I'm gonna stop. I don't think I said that.
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I think you said that. I'm gonna stop all the M and M talk.
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That's as far i'm gonna go with it. I was just kicking myself.
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I didn't use the term shady. All right. So coming up after
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a quick break, you were talking about commercial space, and we have a
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pretty cool commercial space story that is in progress or about to happen, and
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but the mission is in the works. We'll talk about that right after this.
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Okay, So we were talking commercial space, and there's now the beginning
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stages, the early phases of a commercial company sending non NASA astronauts to space
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to do a space walk. Yeah. So this is a really interesting story.
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It involves SpaceX and their Dragon capsule. It also involves a very well
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known now entrepreneur and commercial astronaut by the name of Jared Isaacman. Jared Isaacman
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in particular got famous because he gave away a seat aboard one of the flights
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that he was on to somebody during a Super Bowl ad a couple of years
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ago. So that was pretty cool. That flight was the inspiration four flight,
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which was the first all commercial astronauts crew to ever go to space.
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And now Jared Isisigman and the team at SpaceX have developed a new mission called
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Polaris Dawn. And in the Polaris Dawn mission, they're going to go to
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space again aboard a Dragon capsule, and two of the astronauts on board are
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actually going to become the first ever all civilian corps of astronauts to perform a
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spacewalk an extra vehicular activity an EVA. And this is the first time that
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no former employees of a nation state's astronaut corps. These are just civilians,
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right, never been part of a of a nation space program. These people
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are going to go outside of their vehicle. Now, that's a very hazardous
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maneuver at any time, and yet it's still feels like just the next necessary
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step in the whole commercial astronaut endeavor because we've we've managed to get these commercial
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astronauts up to either space platforms or just fly them in vehicles and bring them
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back down. But now a spacewalk is at hand, all right, So
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read about this story, by the way on spaceflight now dot com. It
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turns out that two members of this team Jared Isaacman and Scott kid Potit.
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Kid is kind of a nickname, Send quotes Scott kid Potit, the pilot
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of this vehicle. Those two individuals sat down with the team from of reporters
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from Spaceflight Now and they did an interview with them about the upcoming mission.
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In that interview, Jared Isaacman has the following quote. This time around,
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there's a lot of emphasis on our kind of specific objectives, the altitude,
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especially the EVA, the extra vehicular activity, and the new suit development,
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Isaacman said. He went on to say this, and unlike being there at
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the end where they say, hey, here's your suit, we get to
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be there through every iteration of it, you know, starting with an IVA
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which is the intra vehicular activity going between two vehicles, starting with the IVA
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suit that's not really suitable for going outside the vehicle, to what we have
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now, which is getting close to the flight article. So anyway, Jared
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isaac been saying, that's really cool. They get to be involved from the
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origination of this new space suit actually taking out on a spacewalk, and again
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it's showing that there's just a new era in the capability of civilian astronauts and
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commercial space companies in what they're trying to do. So right now, it
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looks like this flight will be no earlier than sometime this year, which means
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it might be in twenty twenty five rather than twenty twenty four. But they
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are getting ready for this flight, and when they have this four member crew
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go up on the Dragon capsule, they'll have thirty eight experiments from twenty three
26:07
different research institutions that they're going to be performing aboard that flight. Additionally,
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their flight was going to be a fundraiser for Saint Jude's Children's Research Hospital,
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which is just a really cool thing that they try to tie into their missions.
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So so I would say this press on Polaris, Dawn Crue, we
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wish you the very best, and it's just a really interesting mission and a
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great activity that you're taking place. It's an exciting next step in all of
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this. It involves commercial space and then at some point tourism. I mean,
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it's a lot of things that are kind of you know that this could
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could lead to, you know, in the very distant future. Yeah,
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and think about this, Wes. It could very well be a fully civilian
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commercial crew that reaches Mars first, Right, So, like, hey,
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what country is going to be first to land on the Moon? That was
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the space race? Hey, what country's going to be first to put a
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lander on the planet Mars? Hey what private group of citizens is going to
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be first to put a footprint on the red planet? Right? So it
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might be a country, it might be a federal space agency, but it
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could very well just be a troop of intrepid explorers from a commercial activity similar
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to this one that may put the first bootprint on Mars, which is a
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very very interesting possibility. It's always fun when we have stories, and we
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like to sometimes really hit into a good science story to wrap things up in
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the show. It's always fun when we have a story that involves exoplanets around
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a young star because that gives us a look at a lot of things as
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far as development of that solar system. Yeah, so there's a there's kind
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of just a little tale that I tell at the beginning of my astronomy classes
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when I'm teaching an introductory astronomy class, and you know, I tell this
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tale of like, imagine if you were a creature that only lived one day
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and you walked out into the forest, and you tried in that one single
28:10
day to figure out how the forest grew. You didn't get the chance to
28:12
watch the trees change during the seasons. You didn't get the chance to live
28:17
long enough to watch trees start out as small and grow up into tall trees
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and fall dead. You had to just look around at what you could see
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and figure it all out from there, right in a single day. Well,
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that's kind of like what happens to us as we look out at the
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universe. The time scales of evolution on a universal scale are so long compared
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to our lifespans that we really can't watch big processes evolve and stick around long
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enough to see things change. So what we have to do is we have
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to look out at the universe and see many different steps of evolution or iteration
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with systems like planets forming around other stars, for instance, and try to
28:57
put the pieces together from what we can see in a snapshot of a certain
29:02
time. And so that's kind of how the whole signs of exoplanets has been
29:07
evolving. We see mature solar systems like ours. We see solar systems around
29:12
stars that are getting ready to go supernova. So it's kind of the end
29:17
of the life cycle of a solar system. But this particular story is about
29:21
a solar system on the very early cusp of just forming. So the star,
29:26
compared to our Sun, is relatively new. It's only lived for a
29:30
short stellar lifespan of seven hundred million years. Remember that our solar system is
29:37
about four point six billion years old, which is substantially longer. We think
29:41
that stars like our Sun will live about ten billion years, so we're only
29:45
about halfway through our own life cycle. But now we get to look at
29:48
the early stages of that stellar evolution, and we actually have found around one
29:55
of the stars like that, a very young star. It's only two hundred
29:59
and seventy six light years away, which again on the cosmic scale, is
30:02
right in our backyard, so we can see it up close in a manner
30:04
of speaking, and it's very young. That gives us a chance to study
30:10
what was just recently discovered, which is six planets around that star, a
30:15
six planet solar system around the same young star. Extremely young star compared to
30:22
the lifespans of stars. And so this was done by a team called the
30:26
test Kech Survey, which is an international team of astronomers who are using data
30:32
from the KECH Telescope, the wm KEX Observatory, and also from the Transiting
30:38
Exoplanet Survey satellite, which we better know is Tests. So they're looking at
30:44
they're identifying potential exoplanet candidates with tests and then going back with the wm KEXCH
30:49
Observatory, which is a big telescope in Hawaii, and taking a really close
30:53
look at these exoplanet candidates and confirming that they are actually planets. So now
31:00
there are six new planets around this very young Solar system, which is going
31:03
to allow us to study how planets evolve around their parent stars, how they
31:08
first get going in this very early solar system. It also adds to the
31:12
total number of exo planets that we know about. Extra solar planets. Five
31:17
thousand, five hundred and seventy two have now been confirmed orbiting around four thy,
31:23
one hundred and fifty different stars, with another ten thousand and sixty five
31:30
candidates awaiting confirmation from programs like the Test KECH Survey. So anyway, this
31:36
is the state of exoplanets right now, and we've just added a really cool
31:38
new system. By the way, the name of the system you probably won't
31:41
remember this, it won't roll off the tongue, but it's TOI eleven thirty
31:45
six. That's the catalog number for this, TOI eleven thirty six, which
31:48
is a test catalog number. A sun like stars, This is similar to
31:53
how our star looked in its infancy, just two hundred and seventy six light
31:57
years away with six planets around it. Really cool story. Check out more
32:02
of the details in the article on Universe today dot com. You got a
32:07
busy February ahead of you, as we're just really getting into this month.
32:10
Now. You've got Astronomy Night coming up at FDR State Park, which is
32:15
a road game for you guys, coming up on February tenth, and then
32:21
towards the end of the month, the Columbus Toy and Comic Book Show,
32:24
So we have kind of a triune of events taking place around the Columbus Toy
32:30
and Comic Book Show, which is our event, but we're also co promoting
32:35
that event and working with the River Center for the Performing Arts here in Columbus,
32:38
Georgia, which is our fantastic theater and pipe organ facility, our performing
32:44
arts facility here in town. The Schwob School of music at Columbus State University
32:49
is housed inside the River Center, So if you're unfamiliar with that with our
32:53
region, that's a really cool feature that we have our university's music programs associated
33:00
with the theaters at the River Center for the Performing Arts. But the River
33:02
Center is going to be running the classic silent movie Metropolis, which if you've
33:09
seen Metropolis you already know. But if you haven't seen Metropolis, people turn
33:15
into robots, or you know, they're turning people into robots or something like
33:17
that. It's a it's an early it's an early cinematic exploration of the whole
33:23
idea of human beings becoming robots during the Industrial Revolution, and so they literally
33:30
turned somebody into a robot in this movie. So there's a very famous female
33:34
robot featured in this motion picture. All right, So the River Center for
33:37
the Performing Arts is going to show the silent feature, but as with many
33:40
silent movies, they actually have a music soundtrack, and during the original airings
33:45
of the or showings of these films, that soundtrack was played live by live
33:50
musicians. Well, the River Center is bringing back that tradition and they ask
33:54
something called the wave organ. They're actually going to have a live organist to
33:58
play all of the soundtrack for the Silent Motion picture, so the music will
34:02
be performed live, and it has robots in it, which is a very
34:06
sci fi themed kind of thing. So they gave us a call here at
34:08
Space Sign Center and said, hey, how would you like to collaborate and
34:12
partner on this event, and so we said absolutely we would do that.
34:16
So we're co promoting Metropolis, which is on the seventeenth of February with our
34:22
Columbus Comic Book and Toy Show, which is on the twenty fifth of February,
34:24
just the very next weekend, and there are co promotions and discounts available
34:30
for those two events. But also we're going to have students from our local
34:36
school district who we work with very closely here at Space Science Center, who
34:38
are on robotics teams come out and demonstrate their robots both on the night of
34:45
Metropolis February seventeenth in the gallery atrium of the River Center before the show,
34:52
so you can come see all the robot teams doing demos out there, as
34:57
well as our Columbus State University robotics professors students. And on February tenth,
35:04
We're going to have another expo during the day with a Lunch and learned by
35:07
me to talk all about the development of robots and space robotics. So there's
35:14
a Lunch and Learn February tenth with robotics expos from Muscoge County students. There's
35:19
also the performance of Metropolis on February seventeenth, Robots Robots, robots running all
35:23
around the gallery. And there's the Columbus Comic Book and Schoy Toy Toy Show
35:29
Columbus Comic Book and Toy Show on February twenty fifth here at Space Science Center.
35:34
So as much sci fi robot fun as you could possibly imagine in the
35:38
month of February. If you can't remember all of that from my very poor
35:43
descriptions here talking through that, just go visit our website check out www dot
35:47
cc SSC dot org Charlie Charlie SamSam Charlie dot org, and you can find
35:52
out all the information on all of those events I just talked about, Metropolis,
35:58
Lunch and learns, comic booking, toy shows, robots everywhere. It's
36:02
a lot. So it sounds like you're just taking it easy for the month
36:06
of February, nothing really planned. Nothing to do what we can. West.
36:09
We do what we can to inspire the next generation of scientists, engineers,
36:14
and science communicators here at the Coke Cola Space side set Sean and I
36:17
thank you for listening, and we'll do this again next week. Overhead Door
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