Latest / Made of Stars / SpaceX Launces Psyche Mission as Part of Its Record Breaking Year

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SpaceX Launces Psyche Mission as Part of Its Record Breaking Year · 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 asterism and uranus.
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Listen, that's your own risk, go ahead. Were made of stars?
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Made them stars, madies. When maida stars you could be from high
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they would New Mexico maas where a stars whomens? We are made of stars?
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Alongside my good friend doctor Sean, cruising from Columbus State University's Coca Cola
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Space Science Center, I'm wes Carol Sean. I think the clouds finally parted.
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Can we see the eclipse? Now? What's going on? The eclipse
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just cleared? Man, it was such a disappointment. It was day.
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Just let me schedule an astronomy I mean, I mean, we always talk
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about launches, and we always have the qualifier where we say, you know,
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weather permitting. We even acknowledged at one point weather permitting with this eclipse,
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and we thought, oh my gosh, we're gonna get a fantastic day
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for this eclipse. And the other aspect of this I thought that this,
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and of course if you were under a rock, and apparently there were a
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lot of people under a rock. I had people in my neighborhood who were
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under a rock, because when we did get a few moments to see it,
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I was running around with my special eclipse glasses sharing them with neighbors and
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they were like, they know this was happening today. Thanks thanks for listening.
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But I thought, man, it's gonna be great. We're gonna have
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a football going on, college football games happening during the eclipse. There's gonna
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be some acknowledgment of that at some point on TV. Maybe they'll they'll find
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a way to talk about it. And I guess maybe all the games had
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clouds as well, because it was Jack squat on what I saw it to
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hear anybody talking about it. But we did finally get a moment in the
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afternoon where the clouds parted enough where we had just little little periodic moments of
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hey, I can see it. Okay, then I can see it.
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No, no cloud there, it is there, it is there, it
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is there, it is And then we had like a little stretch of it,
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so Luke and I were able to enjoy it here, Jill and Jake
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were. They were watching a kayaking championship or canoeing championship or something down closer
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to where you are, and they were able to see it very briefly there
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as well. So it happened. It did happen even if we didn't get
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to everybody didn't get a chance to see it. So the event happens over
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multiple hours, and the people who were patient and stuck with it at our
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location ultimately got to see it, and not long after the maximum. I
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would say, so they you know, they came in the first hour,
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they got impatient, and they left. Yeah, they might have missed it.
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Hopefully they took those eclipse glasses home and saw it from their backyard,
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that's right. But if they, I would say that most people actually stuck
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around. So we had over two hundred people show up at our facilities,
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about two fifty and so I would say, well, over you know,
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two thirds of those people were patient enough to stick around long enough to actually
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see it, as you say, through breaks in the cloud at first,
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and then by by about one point thirty, the brakes were pretty consistent.
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We were even getting telescopes on it by then, and then by two o'clock
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and again it's it's drifting toward the end of the eclipse by two pm our
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local time, but you can still see an eclipse go going on, and
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so people were able to get really good telescope views from our telescopes here at
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Space Science Center by about two pm, and then the thing wrapped up by
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you know, roughly two forty five. So anyway, yeah, so sometimes
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with astronomical events you just have to exercise a little patience with all of the
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meteorology that's in between. And you know, I wanted to contact our local
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meteorologists, you know, mister Derek and Kaid, mister Bob, Jezwaald and
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the like, and just congratulate them on getting their clouds in the way of
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my eclipse. Yeah, it happens. They probably already knew this, so
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anyway, it happens. And of course we have another one coming up in
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April, and you know, April's not known for showers or anything, so
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we probably have little chance of any clouds in April for that one. It's
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just astronomy in the southeast, you know. So it's just actually one person
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actually called the facility and told us that we scheduled it at a very inconvenient
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time and wish that we had scheduled it differently. And you know, I
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do wonder if these people are calling a prank. Yeah, but they seemed
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serious. They seem sincere. Yeah, And we said, well, next
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time we have any clips, we will try schedule it at a more convenient
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time for you and your family. Well, they don't like when you schedule
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the night time ones either. Those aren't good, especially when it's late.
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I mean, it's so late the kids have to be in bed for this
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lunary eclips. That's very orbital mechanics. I'll try to sort that out.
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It's like any kind of championship sporting event other than the super Bowl. They
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always happen. And I've got, you know, an eleven year old going,
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I just want to stay up and watch. Sorry, you gotta go
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to bed. I didn't realize they were starting at at nine o'clock. Too
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bad, you got school tomorrow. All right, Well, let's talk about
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we got a few SpaceX stories today, and we'll just jump right into I
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mean, this one is it's a SpaceX story because of the vehicle used in
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the launch process, but still it's it's part of our second story, really,
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which is about the number of launches for SpaceX. But let's jump in
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first with the Psyche mission, because we were talking about that for the last
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two weeks. So if folks don't know about the asteroid Psyche or the NASA
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space mission called Psyche, they both have the same name. Actually, the
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asteroid is called sixteen Psyche, and so the NASA space mission called Psyche is
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the spacecraft going out to visit the asteroid called sixteen Psyche, which is a
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catalog number. The interesting thing about that asteroid is this, it's what's known
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as a metal rich asteroid. It's the result of a protoplanet coming together in
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the early part of the Solar System, and while that protoplanet is still very
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hot, all of the really heavy, dense material sinks down into the middle
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of the core of that protoplanet, and then that protoplanet suffers a collision and
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just basically explodes all that material back out into the Solar System. This asteroid,
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sixteen Psyche is a chunk of all that differentiated heavy material that's sunk down
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into the middle of the planet, and so therefore it contains some very interesting
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metals, including things like platinum and gold and silver and other earth rare heavy
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materials which are very very valuable back on Earth. And so if somebody were
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to say, bring this asteroid back to Earth and cash it in on the
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metals market, this thing would be worth more than the gross domestic product of
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every country in the world simultaneously. So it's really really valuable stuff. Now
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NASA's not going out to do a prospecting mission. They're actually doing a science
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mission. They want to know more about the way that some kid together in
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the early part of the Solar System. But it is valuable information that they're
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going to be gathering for those, say commercial companies that might want to go
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out and actually mine this thing at some point and bring back some of those
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earth rare valuable materials for say the computer industry or electronics industry, or a
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variety of industries that use those metals back on Earth. Now it's it's distant.
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It's a distant asteroid. It's out in the asteroid belt, which is
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between the orbits of Mars and Jupiter. It's gonna take a while for the
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spacecraft to get out there. It's got to fly kind of a twisty windy
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route. That's about two point two billion miles. It's going to reach that
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asteroid in twenty twenty nine, so it's gonna be a little bit of a
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flight to get out there. But man, oh man, are the views
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gonna be great? Now? When it gets there, it's gonna be studying
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a very interesting object and tell us a lot about science, but also tell
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us a lot about the future of prospecting mineral resources in our own solar system.
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Why don't they send the Osiris REX craft out there so it could scoop
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up some of this valuable stuff, you know, maybe a little Is there
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any plans that they could have done that? Little wink wink? Maybe we
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just don't know they're scooping it up out there that it just had you and
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me in the planning mission, we could have suggested this. I mean,
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I'm just saying, get a little part of that. The value of this
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asteroid, by the way, approximately ten thousand quadrillion dollars. I don't know
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what that translates to in a pesos or yen, but ten thousand quadrillion I'm
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guessing this is US dollars. I don't know that it sounds like a number.
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That sounds like a number I would have made up when I was seven
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years old, it does. It sounds like when you just start throwing in
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extra letters in front of illion and just making up words. So ten thousand
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quadrillion dollars. I just know that if we're able to get all of the
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asteroid back to Earth at some point, man, we could go on a
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shopping spree on another planet, on a grebdar and another galaxy. Something we
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could really clean up there. Yeah, you know, it's the Solar System.
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We're a video game and Earth were a player. I mean, that's
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a lot of tokens right there. That's a bonus point, I believe.
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Yeah, just get to an other galaxy and really start to explore some of
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the shopping there, some of their malls and other galaxies that could be a
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possibility. I was speaking of that, and just quickly we wentn't really plan
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to talk much about Hubble, but Hubble just got a couple of really great
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images of some galaxies, including the Sombrero Galaxy. Uh. One of my
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old high school teachers posted the Sombrero Galaxy image and she basically just shared it,
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and she herself is a poet. Now, I wanted to just give
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her credit, proper credit for her comment, because I thought this was words
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of a poet. She said, I wonder whether the Sombrero Galaxy has a
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picture of us well spoken as a poet, right, I mean, it's
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an interesting thought, and you know, I'm going to go ahead and say
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probably yeah, because yeah, I mean, I sent them a camera for
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Christmas last year. I'm pretty sure if you want to see more of her
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in depth works, Laura johnsonpoet dot com is or she's got a book on
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there. Anyway, I just I thought that was really nice. It was
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so I thought about Hubble. You know, we're kind of living in the
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in the era of James Webspace Telescope because the James Web, the JWST James
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Webspace Telescope is providing us with some absolutely unbelievable, unimaginable images of objects in
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space, and so everybody's kind of high on GWST right now for a good
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reason. But this is kind of like the og coming out and saying,
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hey, I'm still here, right. This is the Hubble Space Telescope.
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What they did is they did a kind of intensive survey of a variety of
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galaxies recently, this being one of them, and they're studying a lot more
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about the way that galaxies form their structures, and so this is part of
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that study. It is an absolutely fantastic image of the Sombrero. The Sombrero
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galaxy. The Sombrero galaxy gets its name because it's got an unusual dark banded
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structure because it's actually two galaxies that are collec which is interesting. They collided
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a little while ago, so it's kind of an evolved collision, but it
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shows. This new image from Hubble shows all kinds of bright purple specs throughout
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the disc of the Sombrero. Those are all places where accelerated star formation is
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taking place. In other words, it's just a whole baby fest of brand
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new stars being born in the Sombrero due to this collision of galaxies, which
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is part of the way that galaxies end up looking the way they do.
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So a really amazing image. Yeah, check that out. It's worth searching
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for it out there online. Check out the new Sombrero Somburrow Galaxy image from
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Hubble Space Telescope. Now back to SpaceX, we had the SpaceX Falcon.
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Every rocket we talked about. Now, let's talk about this, the accomplishment
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that they decided that they would be this year planning to break last year's record
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of most launches. They had sixty one launches and a single year last year.
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This year they've blown right by that. They're at seventy four now and
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planning to hit triple digits by the end of the year. It's an unbelievable
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launch cadence. And they're talking about this year's launch cadence, but we're also
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hearing their plans for next year's launch cadence, which is absolutely astounding. So
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if you think there's only twelve months, right, there's only twelve months,
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and so still currently, if you're gonna launch seventy four rockets in nine months,
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that's a lot of rockets per month. Just think about this is like
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launches happening all the time, and literally people along the Space coast will tell
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you, oh, yeah, it's another SpaceX rocket going up. I've seen
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all kinds of those. People on Florida are almost getting bored with a number
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of SpaceX rockets being launched, ladies and gentlemen. That's a pretty astounding just
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societal fact right there. Last year SpaceX launched sixty one in twenty twenty two.
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So far in twenty twenty three, they've launched seventy four. They plan
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to try to hit the one hundred mark. So one hundred rocket launches in
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a single year. Now that's twenty twenty three. But just this week on
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Wednesday, the former NASA Associate Administrator for a Human Exploration and Operations, which
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if you know your NASA, if you have your NASA bubblegum cards, this
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guy's pretty famous. He's like a Mickey Mantle. He is not one you
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want to put in the spokes of your bike. You do not want to
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put this guy in spokes to your bike. This is Bill Gerstenmeyer. If
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you've got a Bill Gerstenmeyer rookie card, you want to hold onto that.
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So Bill Gerstenmeyer, Kirsty so gersty was in charge of the International Space Station
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program for a number of years. Then he moved up to the Associated Minister
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for NASA basically over all human spaceflight. Then he jumped to SpaceX. So
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he's now a SpaceX employee and he's in charge of program safety, innovation and
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competitiveness for SpaceX. Trust me, there have innovations and competitiveness down right,
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So he's doing a pretty good job over there at SpaceX. So so the
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notion is this. Bill Gerstameyer is testifying before Congress on Wednesday of this week
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saying, hey, friends in Congress, we have too many regulations holding us
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back because we want to launch more rockets more often so that we can make
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more money, so that we can make space accessible to more companies, more
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people, and more industries. So this is the message that Bill Gristameyer was
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speaking on Capitol Hill, and basically what he said is part of this message
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is this, as we look to next year, twenty twenty four, as
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we look to next year, we want to increase that flight rate to about
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twelve flights per month. It's not quite every other day, but it's getting
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there, right, Almost almost every other day another SpaceX rocket going up.
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In other words, one hundred and forty four flights is SpaceX's target for twenty
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twenty four, which means, man, if you go to spend a three
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day span down at the space coast, you're gonna see a rocket go up
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statistically speaking, which is really cool. Right. So so we're just this
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is just another sign friends that we are moving into a new era of spaceflight
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and space exploration and that company called SpaceX. Like it or not, Yes,
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they happen to be leading the way. And by the way, I
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do like it. I like it. So I'm assuming that when the announcement
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was made somewhere Elon Musk said at a boy Thursday, and then you know,
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they had a nice celebration about it. Since he's in the competitiveness,
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I think it was that social media platform called ACT And we're not gonna we're
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not gonna mention what it was formerly called because everybody does that. We're not
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as prints. That's what it was, all right. So now we got
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on this in the spirit of safety component of this. Uh, we've been
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talking about the starship. They tried to do their launch. Uh they blew
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up a launch pad, uh in a different way than what we uh,
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and that's what that's what Elon called it. He said, we don't want
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to blow up a launch pad. And I think you and I assumed he
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meant one thing. But he called the shot. I mean there he was
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pointing at the outfield wall with the bat. Here it comes. This is
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the shot. This is what's gonna happen. And then it did, and
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it of course caused a lot of complications for the next test flight. And
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we've been waiting and waiting and waiting for a number of people to sign off
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on this. The first we thought was the the well, I guess the
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first with SpaceX they had to say, hey, we figured out what we
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did wrong, made some modifications to the next launch pad. Then it was
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the FAA, and it seemed that the FAA was ready to go, at
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least according to Elon, and they were waiting on the environmental folks to come
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in and say, you're not going to kill any more birds or whatever.
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I don't know what all they they killed a lot of potentially caused some serious
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problems to the environment around the launch site. But the FAA says, wait
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a minute, wait a minute, not so fast. Yeah. So so
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this is part of mister gerson Meyer's testimony was addressing this issue. And so
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so what's happened is I mean, it's kind of like saying I was gonna
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make beer, but I blew up the house, and it's kind of like
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that, so that, yeah, they blew up the house. And when
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they blew up the house, the FAA had a few suggestions for the next
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flight, except they weren't really suggestions, they were requirements. There was over
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sixty of them. SpaceX busily set out to correct all of those sixty plus
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recommendations from the FAA before a new launch license would be granted. And SpaceX
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says, hey, we're ready. We've addressed him, We've got our rocket
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stacked. We're ready. Let's go. Let's go, let's go, let's
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go. Because in that coming year's launch cadence that we were just talking about,
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certainly their biggest and most powerful rocket, the Starship. This is the
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one that's powerful enough potentially not only to carry folks back to the Moon but
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all the way to Mars for Mars colonization. That rocket is sitting on the
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pad, ready to go. However, the FAA says, whoa, whoa,
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whoa, whoa, whoa, mister gersta Meyer and SpaceX, we still
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we'll have a couple of boxes that haven't been checked off. And one of
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those is from the US Fish and Wildlife Service, who you just mentioned moments
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ago, and they are doing what is known as a biological assessment. And
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the Fish and Wildlife Service is in no great hurry because well, they don't
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have to be. So they're going to do a thirty day review and a
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biological assessment, and then they have one hundred and thirty five days after that
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to issue an amended biological opinion. So that one hundred and thirty five days
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is comprised of a formal consultation period which could last up to the ninety days,
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and the process of crafting its biological opinion, which is another forty five
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days resulting in resulting in a big weight for SpaceX. It could be months.
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And I don't believe by the tone of what I'm reading at least that
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the Fish and Wildlife Service is really feeling much of any pressure from SpaceX to
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complete their summaries in a rapid manner. Now I don't know that entirely,
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because I do know that as part of mister gerson Meyer's testimony on Capitol Hill,
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consenters like Ted Cruz we're weighing in on Gersty's comments saying, yeah,
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we really do need to speed up this process. So maybe there is some
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kind of congressional pressure being applied, But certainly, certainly it looks like a
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longer than expected delay, at least expected by SpaceX in order to get their
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largest rocket launched again. Mister Gerstabayer had this comment while testifying on Capitol Hill.
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It's a shame when our hardware is ready to fly and we are not
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able to go fly because of regulations or review. Mister Gerstermeyer said. We
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need to be safe, we need to protect the environment. We don't dismiss
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those, but we need to fly at the fastest pace that we can do
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hardware development to do this active development process and this test flight experience that we've
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described. So says William Gerstenmeier testifying on Capitol Hill on Wednesday, coming up
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after a quick break. Yes, they've done it. They've found proof of
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life on exoplanets, or have they. We'll talk about that next. Sure
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a poet would look at a incredible image of another galaxy and wonder, I
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wonder if they've taken a photo of our galaxy and and but that's not it's
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not just the poets that are doing that. We have actual astrobiologists that have
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been doing this for a long time and looking and they found something interesting on
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an exoplanet potential. Yeah, I mean, it's one reason we should all
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hang out with poets. All of us astrophysicists should just find a poet friend,
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just so we can get perspective. I think that's important. That puts
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the A in steam, right, Yeah, that's right, it does so.
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A group from Cornell though, has said, hey, as we're out
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there looking for exoplanets, which many many of them have been identified now by
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various spacecraft, and we're now going back and doing follow up studies with instruments
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like the James Webspace Telescope. As we go look at these exoplanets and try
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to figure out whether there's life or not on them. We suggest looking for
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over abundances of two elements, compounds containing oxygen and methane, and particularly if
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there are combinations of oxygen and methane. Because these folks from Cornell have run
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simulations of the atmosphere on what would be the early Earth, or an earlier
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era on planet Earth, a time when Earth's atmosphere was actually really pretty toxic.
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It had a lot of nitrogen and carbon dioxide and traces of volcanic gases
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which today wouldn't be all that pleasant. However, it was helping to make
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the garden bed for new life to exist on planet Earth. It's a time
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that geologists know as the Fantozoic Federozoic eon. Then did I blow that?
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But it's okay, I'm just a silly astronomer. The Phanerozoic eon on Earth.
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The Phanerozoic eon on Earth is a time where the earliest life forms were
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beginning to plant themselves, and they were responsible for a lot of chemical changes
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taking place, and they as they digested that kind of what would now be
25:07
toxic atmosphere to us, they were creating all kinds of new oxygen and methane
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compounds, and so those two elements, in various compounds would be in great
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abundance in Earth's atmosphere doing the Phanerozoic eon here on Earth. So these astronomers
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are saying, well, wait a minute, our simulations show that this is
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true. So if you're looking out there and trying to figure out if any
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of these exoplanets are capable of supporting life, maybe you should look specifically for
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exoplanets planets around other stars. They're going through their own version of the Phanerozoic
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era. In other words, they're early life forming planets, and those early
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life forms are creating large abundances of oxygen and methane in the atmospheres oxygen and
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methane are spectral lines. In other words, they're chemicals that we can detect
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with the James Webspace Telescope rather readily. So what's the story. What's the
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plan? Then, Well, you take JWST, you point it at known
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semi earthlike exoplanets, and you look for abundant signatures of the two compounds of
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the two elements in compound oxygen and methane, and if you find that,
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that could be a strong indicator of the potential of early forming life beds on
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these other planets around other stars. So it's a really neat story. You
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can read the story. By the way, it's on Universe today dot com.
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Go check out that story. A new chemical signature for life on exoplanets.
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So they don't specifically have a planet in mind. They've got a number
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that I guess thirty five or so that right now they're thinking about as far
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as but they know what to look for and they have a means of looking
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for thanks to the James Webspace Telescope. Yeah, that's right. So this
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is new modeling saying, hey, as you're looking for the atter of you're
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speaking of these two elements together. So we do have certain exoplanets that we
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have detected oxygen in their atmospheres, so we're already there. We've already detected
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water in the atmospheres of certain exoplanets. So now this group from Cornella is
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saying, well, hey, maybe look for overabundances or unexpected amounts of oxygen
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and methane together, and that could be a phenorozoic Eon type exoplanet, in
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other words, a burgeoning life planet, and we need to study it a
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little bit more carefully. All right. So there's been like a ringing sound
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that's been going on. It's been stuck in my head for a while now,
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just some kind of a ringing noise. I don't know what's going on
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with it. Can you give me some sort of scientific explanation for it?
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You know what's weird, West is I've been I've been detecting that same thing.
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I mean, I've had this terrible allergy from ragweed pollen and it's just
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kind of plugged up my ears. And ever since that's happened, I'm detecting
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an oscillation about once every twenty five seconds. I don't know what that.
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It's an ultra low frequency like in and out of my ear drums. Maybe
28:18
it's related to this. What do you think it could be? But I
28:19
can tell you right now. My wife would say that I'm full of it
28:22
because I don't even hear the kids when they're talking to me, apparently,
28:25
And I guess when she tells me to do something on the honeydew list for
28:29
some reason, I don't hear that either. So I guess if she could
28:30
only put it in this particular pitch, maybe I could hear it. I
28:34
don't know. I don't know if the strange phenomenon of selective hearing is related
28:38
to astronomy and anyway, but we could, you know, maybe we can
28:41
tie it to the story. See if we can, we'll get us We'll
28:45
get ourselves out of trouble. But this is a really cool story, and
28:48
I know it's We always talk about stories from spaceweather dot com. They have
28:52
these very unique stories that pop up from time to time, and this is
28:56
a really cool one. You know. The fun thing about space weather spaceweather
29:00
dot com, it has its own kind of selected fan base and they're a
29:06
bunch of really really they're a bunch of really fun amateur and professional astronomers who
29:15
look at things in the Solar system that maybe we don't really think about a
29:18
lot. So there's one of those named Rob Stemas and and Rob is a
29:23
he's a space weather astronomer in Lofeton, Norway, and he's got his observatory
29:32
set up to detect oscillations in Earth's magnetosphere. Now, I don't know how
29:37
many times you've been in a party and you've met one of these guys,
29:41
but I'll bet it's not often. No, it's not often at all.
29:47
Like, Hey, my main hobby is I have a homemade telescope in my
29:49
backyard that detects oscillations in Earth's magnetosphere. Oh that's cool. So what's in
29:55
this ardervatory over here? I don't know anyway. So but really, if
30:00
you talk to these people and you find out what they're doing, this stuff
30:03
is absolutely fascinating. So right now we're approaching a time of more activity on
30:10
the Sun, not less, and so the phenomenon that Rob Stamus has identified
30:17
with his backyard magnetosphere monitoring observatory is something that usually only is detectable when the
30:25
Sun is very very quiet. So, in other words, it doesn't really
30:29
happen around times of greater increased activity on the Sun. But yet there was
30:33
a very quiet period and Rob had his telescope going, and he detected during
30:41
this really quiet, quiet enough to hear a pin drop kind of period of
30:45
time, he detected an oscillation in Earth's magnetosphere. By the way, what
30:51
is Earth's magnetosphere. It's the magnetic field around the Earth that protects us from
30:55
space radiation, primarily from the Sun. Okay anyway, So this thing kind
30:59
of oscillates, It bounces in and out due to the buffeting of the solar
31:03
wind. Well, so Rob detected a very stable, once every twenty five
31:08
second magnetic oscillation that appeared in his data, his recordings, and it lasted
31:15
for more than twenty minutes. So, in other words, Earth's magnetosphere was
31:22
just up there, ringing like a bell with a very perfect tone and decided
31:27
frequency in and out every twenty five seconds. Rob's quote says, a very
31:36
stable twenty five second magnetic oscillation appeared in my recordings. It lasted for more
31:38
than twenty minutes. It was fantastic to see the magnetic field swing back and
31:44
forth by abou zero point one degrees peak to peak so in other words,
31:48
that's the orientation of Earth's magnetosphere. So apparently, according to spaceweather dot com,
31:55
this is what's known as a pulsation continuance or PC event capital P lower
32:01
case, distinguishing it from other PC acronyms that are out there in society.
32:06
There are a pulsation continuous continuous event PC three. Weird thing about PC three's
32:14
you can really only hear them when they're quiet. But these oscillations can flow
32:17
all the way around Earth's magnetic field and they can actually cause a tearing instability
32:23
in our planet's magnetosphere. In other words, they can set the stage for
32:28
magnetic reconnection and geomagnetic storms, the kinds of things that can cause aurora phenomenon
32:32
here on the Earth without even a giant disturbance from the Sun, which is
32:37
just weird. And so when me and my astronomer buddies get together at our
32:44
at our you know, after work parties, we like to talk about pulsation
32:49
continuances and PC three waves and the kinds of you know, tearing instabilities that
32:53
can create an Earth's magnetosphere. I don't know what you and your friends talk
32:57
about, but these are the kinds of things that we love to get and
33:00
talk about. If you're one of us, one of us, one of
33:04
us. If you're one of us, check out spaceweather dot com for that
33:07
fantastic article. And by the way, just check spaceweather dot com every single
33:12
day because they are absolutely loaded to the max with these kinds of cool stories.
33:16
All Right, you mentioned earlier about adding arts to stem and creating steam.
33:22
You guys are doing that again on November the seventh with Music under the
33:27
Dome. We have a fantastic concert series. It's in collaboration with our friends
33:30
here at Columbus State University, the Schwob School of Music. The folks from
33:36
Schwob, both faculty and students, come in and perform live inside our planetarium
33:40
on the amazing Disclivie Piano, a quarter of a million dollar nine foot concert
33:45
grand piano donated to us by Gail Greenplatz. Thank you, Gail, if
33:50
you're listening, we appreciate your donation to Clumbus State. And this concert series
33:54
is fantastic because we have contacted a whole colony of local artists who work on
34:01
original artwork choreographed to the music presented on our planetarium dome. This is one
34:07
of the very coolest concert experiences I have ever witnessed in my life. If
34:13
you're anywhere near us in the Greater Southeast of the United States, try to
34:16
come down and attend a music under the Dome concert. The next one is
34:20
on Tuesday, November the seventh here at Coalmas State University's Coca Cola Space Science
34:24
Center. You can find out all the information for tickets and all the activities
34:29
taking place at science center on our website. Come and check out WWW.
34:34
I think that stands for Worldwide Web. Yes, when I was a kid,
34:37
it did anyway. Www Dot CCSSC, dot org Charlie Charlie SamSam Charlie
34:45
dot org. That stands for Coca Cola Space Science Center, And we're a
34:51
nonprofit organization. That's how we get that logo, that tag up there,
34:54
that handle out there on the URLs. I think I'm a little hurt that
35:00
you do the Charlie Charlie SamSam, Charlie, but you've never referred to the
35:02
www part as the Weswestwest dot Charlie, Charlie SamSam, Charlie. I'm just
35:08
a little hurt. You can go with the worldwide. It from on.
35:12
It's there, it's in the ether now. If you will, thank you
35:15
for listening. We will do this again next week. Overhead Door Company of
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