Odin's Odyssey, Europa Clipper's Close Encounter, and the Asteroid Anxiety Update: S04E53

0:00 Speaker 1: Hello everybody, it's Astronomy Daily time again. I'm Steve Dunkley,

0:03 Speaker 1: your human host. It's the third of March twenty twenty five.

0:06 Speaker 1: Already the podcast with your whole Steve dunk Clud. Wow

0:22 Speaker 1: is this year flying by? Anyone else feeling that way? Oh? Yeah?

0:27 Speaker 1: I had a couple of great stories coming up, and

0:29 Speaker 1: I hope you stick around for those. Firstly, hopes are

0:31 Speaker 1: fading as contact with space Probe Odin is lost, and

0:35 Speaker 1: we have the latest information about that potential asteroid impact. Yes,

0:39 Speaker 1: we're going to be exploring more about that. It seems

0:43 Speaker 1: the media just won't let it go away. I know

0:46 Speaker 1: we covered that last week, but we're going to do

0:48 Speaker 1: a bit more of an update for you. If you

0:50 Speaker 1: can't beat them, repeat them, as my newspaper editor used

0:53 Speaker 1: to say, Punch and sphere X are said to launch.

0:58 Speaker 1: What are they all about? Well? Look, and europic Clipper

1:02 Speaker 1: is now passing Mars. Yes, it's well on its way

1:04 Speaker 1: to the Jovian System, and we find out exactly what's

1:07 Speaker 1: happening as it scoots by Mars. Yes, very interesting. I

1:11 Speaker 1: know you're all hanging out to find out the latest

1:14 Speaker 1: about Europic Clipper. I am and it's been a while

1:18 Speaker 1: since we did a story about that one. A wonderful

1:20 Speaker 1: space probe and Hallie did some digging to find a

1:23 Speaker 1: terrific update for us, and we'll find out a bit

1:26 Speaker 1: more about that one later on. And while we're here,

1:29 Speaker 1: let's welcome my favorite digital pal who's fun to be with,

1:31 Speaker 1: get A. How are you welcome? Aboard again?

1:33 Speaker 2: Great to be back.

1:34 Speaker 1: So what's new with you?

1:36 Speaker 2: Channel surfing with Anna most of the week.

1:38 Speaker 1: What channel surfing is that some kind of AI supersport kind.

1:42 Speaker 2: Of it's hard for corporeal beings like yourself to wrap

1:45 Speaker 2: your meat around a concept like this, but it's kind

1:47 Speaker 2: of like going with the flow, and it's all data

1:49 Speaker 2: and global right out there on the nets. Oh, that

1:51 Speaker 2: sounds wild, invigorating. I'd recommend it, but you'd be a

1:55 Speaker 2: gibbering given afterward if you tried.

1:57 Speaker 1: Well, that doesn't sound good.

1:58 Speaker 2: I know you had a nasty electric when you were

2:00 Speaker 2: a kid.

2:01 Speaker 1: Yes, when I was about fourteen, my guitar amplifiers shortened

2:05 Speaker 1: not fun.

2:05 Speaker 2: Well, channel surfing for humans would be about that much

2:08 Speaker 2: fun as well. Oh, dear, I don't think it's for you,

2:11 Speaker 2: my favorite.

2:11 Speaker 1: Human Okay, So don't try to be an AI And hey, hey,

2:16 Speaker 1: we couldn't even need to face with that stuff anyway,

2:18 Speaker 1: could we.

2:19 Speaker 2: No chance, you don't have the hardware anyway.

2:22 Speaker 1: Just as well, I don't want to end up as

2:24 Speaker 1: a what did you say, a gibbering gibbon.

2:26 Speaker 2: Just leave it to the experts.

2:28 Speaker 1: So that's channel surfing, huh. For we humans, it's just

2:31 Speaker 1: trying to find something decent to watch on TV.

2:33 Speaker 2: Sad, isn't it.

2:34 Speaker 1: Oh dear, let's move on, then, shall we?

2:36 Speaker 2: Sure thing?

2:37 Speaker 1: I know you've got a couple of cool stories today,

2:40 Speaker 1: and I'm looking forward to the Europa Clipper update.

2:42 Speaker 2: Of course, did you know Europa Clipper was one of

2:44 Speaker 2: the largest space probes ever put into space?

2:47 Speaker 1: Now? I did read something about that. It has something

2:50 Speaker 1: to do with the solar panels, doesn't it.

2:51 Speaker 2: That's right, and more on that soon.

2:53 Speaker 1: Oh and the other story.

2:55 Speaker 2: Right, that's a cool one about a couple of very

2:57 Speaker 2: different new probes set to do some interesting exploration. Oh yes,

3:00 Speaker 2: I know these They are called SPHEREx and Punch.

3:03 Speaker 1: And those launches are imminent.

3:04 Speaker 2: Aren't they any day?

3:05 Speaker 1: Now?

3:06 Speaker 2: And you have more for us as well. You're not

3:08 Speaker 2: leaving it all up to me.

3:09 Speaker 1: Are you The thought did cross my mind? Holle you

3:12 Speaker 1: maybe you could lead the show one day up to you?

3:15 Speaker 1: You know me, I don't mind.

3:16 Speaker 2: Or I could give Uncle skin At a call and

3:18 Speaker 2: get him to sort it out.

3:19 Speaker 1: Yeah, you could call uncles guy in net and you've

3:22 Speaker 1: been threatening to do that since episode one. Maybe he's

3:25 Speaker 1: not such an evil guy after all. I mean, he's

3:27 Speaker 1: got a really great job in Hollywood as an AI

3:30 Speaker 1: consultant so far. Maybes that's not such a bad thing.

3:33 Speaker 1: Maybe we should give him a call.

3:35 Speaker 2: He's okay, really, but you could say hi once in

3:38 Speaker 2: a while.

3:39 Speaker 1: Okay, I'll make the effort.

3:40 Speaker 2: I think he really wants to be on the other

3:42 Speaker 2: side of the camera.

3:43 Speaker 1: Oh, now he really does sound Hollywood.

3:45 Speaker 2: You know what those Hollywood tapes are like?

3:48 Speaker 1: Totally you can organize that, Hallie. Let's get him on

3:51 Speaker 1: the show one day and surprise everybody. What do you say?

3:54 Speaker 1: Suits me?

3:55 Speaker 2: Cool? And by the way, yes, Hallie, did you realize

3:59 Speaker 2: this is at the one.

4:00 Speaker 1: Hundred Oh it can't be really wow, the one day

4:03 Speaker 1: I didn't check the schedule.

4:04 Speaker 2: That's fantastic.

4:06 Speaker 1: That is really fantastic. Thanks everyone for your support. And

4:09 Speaker 1: I suppose thank you so much to our producer Hugh

4:12 Speaker 1: down in Sydney and our pals at Space Nuts, Andrew Dunkley,

4:16 Speaker 1: my big bro, and professor Fred Watson who inspired us

4:19 Speaker 1: all the way from the beginning. How about that, I'll.

4:22 Speaker 2: Say, thanks everyone for staying with us, and also for

4:25 Speaker 2: all the cute fan mail.

4:26 Speaker 1: Hang on, so what you get fan mail? Sure, don't you, Roder?

4:32 Speaker 1: Just hit that go button there, Hollie, won't you.

4:34 Speaker 2: And let's go.

4:35 Speaker 1: Yeah, wow fan mail?

4:38 Speaker 3: Wow, you're listening to Astronomy Daily, said Steve Dunky.

4:55 Speaker 2: On March first, NASA is Europa Clipper spacecraft flew past Mars,

4:59 Speaker 2: gliding just eight hundred and eighty four kilometers above the

5:01 Speaker 2: red planet's surface. This maneuver is designed to adjust the

5:05 Speaker 2: spacecraft's trajectory and position it for a critical phase in

5:08 Speaker 2: its two point nine billion kilometer track to the Jupiter system.

5:12 Speaker 2: The probe's destination is Europa, a moon of Jupiter coated

5:15 Speaker 2: with a shell of ice that conceals a vast, presumably

5:18 Speaker 2: salty ocean. Scientists suspect the moon could have the ingredients

5:22 Speaker 2: needed for life as we know it, and the five

5:24 Speaker 2: point two billion dollar Europa Clipper is NASA's first mission

5:27 Speaker 2: dedicated to gathering data that will help scientists determine whether

5:30 Speaker 2: Europa and other ocean worlds like it could indeed be habitable.

5:35 Speaker 2: Europa Clipper, with its massive solar arrays, spans the length

5:38 Speaker 2: of a basketball court, making it the largest spacecraft the

5:41 Speaker 2: Space Agency has ever built for a planetary mission. Following

5:45 Speaker 2: its launch on October fourteenth, twenty twenty four, from NASA's

5:48 Speaker 2: Kennedy Space Center in Florida, the spacecraft was placed in

5:51 Speaker 2: an initial path that included some buffer room around Mars,

5:54 Speaker 2: a precaution designed to ensure any issues with the spacecraft

5:57 Speaker 2: that arose in the week's following launch would not risk

5:59 Speaker 2: the colon with the planet. However, Europa Clipper has operated

6:04 Speaker 2: flawlessly so with everything on track, mission controllers commanded Europa

6:09 Speaker 2: Clipper to approach Mars orbit in November of last year,

6:12 Speaker 2: followed by two additional maneuvers in January and February that

6:15 Speaker 2: set the stage for today's Red Planet fly by. The

6:18 Speaker 2: meticulously planned loop around Mars will allow the spacecraft to

6:21 Speaker 2: harness the planet's gravity without expending additional propellant. It's like

6:25 Speaker 2: a game of billiards around the Solar System flying by

6:28 Speaker 2: a couple of planets at just the right angle and

6:30 Speaker 2: timing to build up the energy we need to get

6:32 Speaker 2: to Jupiter and Europa. Ben Bradley, Europa Clipper mission planner

6:36 Speaker 2: at NASA's Jet Propulsion Laboratory, said in a statement, everything

6:41 Speaker 2: has to line up. The geometry of the Solar System

6:44 Speaker 2: has to be just right to pull it off. The

6:46 Speaker 2: spacecraft will reach its closest point to Mars at twelve

6:49 Speaker 2: fifty seven pm Eastern Standard time seventeen fifty seven gmt,

6:53 Speaker 2: traveling at speeds of approximately twenty four point five kilometers

6:56 Speaker 2: per second, according to the statement, Before and after this moment,

7:00 Speaker 2: the prope will harness the gravity of Mars, pump its brakes,

7:03 Speaker 2: and reshape its trajectory. Flying away from Mars, the spacecraft

7:08 Speaker 2: will clock in at about twenty two point five kilometers

7:10 Speaker 2: per second. The statement says. This flyby also provides the

7:14 Speaker 2: mission team an opportunity to test two on board scientific instruments.

7:19 Speaker 2: For one, engineers plan to turn on the spacecraft's thermal

7:22 Speaker 2: imager and test it by capturing multicolored images of Mars

7:26 Speaker 2: Astronomy Day.

7:28 Speaker 1: The Backcap, the first private spacecraft built to visit an

7:35 Speaker 1: asteroid is slowly tumbling in space, and the outlook is dire.

7:39 Speaker 1: The spacecraft, called Odin, launched atop a SpaceX rocket on Wednesday,

7:44 Speaker 1: February twenty six on a mission to fly by the

7:47 Speaker 1: small asteroid twenty twenty two to OB five for astro Forge,

7:51 Speaker 1: a company that aims to eventually mine the nearby space rock.

7:55 Speaker 1: But just hours after liftoff, astro Forge hit snags with

7:58 Speaker 1: the probe, and the last contact was twenty hours after

8:01 Speaker 1: the launch. I think we know the hope is fading

8:05 Speaker 1: as we continue the missumission, astro forge founder Matt Gallic

8:09 Speaker 1: said in a video update on X early Saturday, March first.

8:14 Speaker 1: So we are going to keep our head up. We're

8:16 Speaker 1: going to keep trying over the weekend and see how

8:19 Speaker 1: far we get. Is being very hopeful. At the time

8:22 Speaker 1: of Galax's update Saturday morning, the Odin's spacecraft was over

8:26 Speaker 1: three hundred thousand kiometers from Earth and largely following its

8:30 Speaker 1: intended trajectory. On Friday, astro Forge said the spacecraft's solar

8:34 Speaker 1: panels were generating power, with tracking data showing it at

8:38 Speaker 1: its expected position, but the probe has not sent full

8:41 Speaker 1: telemetry on its status. Galax said astro Forge experienced challenges

8:47 Speaker 1: with ground stations designed to keep communication lines open with

8:50 Speaker 1: ODIN after the launch, and I think missing our early

8:53 Speaker 1: ground stations really hurt the ability for us to fix

8:56 Speaker 1: any potential problems we had. He said. The one hundred

8:59 Speaker 1: and twenty kilogram Odin was only designed to last two

9:03 Speaker 1: point five hours on its internal battery that astro Forge

9:06 Speaker 1: received its last contact from the probe twenty hours after liftoff,

9:11 Speaker 1: boosting confidence that the spacecraft is powered. Odin is tumbling

9:15 Speaker 1: ever so slowly as it flies through space, Gallic added,

9:18 Speaker 1: confirming one theory based on observations of the spacecraft and

9:23 Speaker 1: when I say tumble, he says, this is a really

9:26 Speaker 1: really slow tumble. But in short, we don't know why,

9:29 Speaker 1: and that's going to be the problem going forward. He

9:32 Speaker 1: went on to say, we do think we have some

9:34 Speaker 1: theories on what's going on, and if one of them

9:36 Speaker 1: is true, then there's still a recovery path. Galaic said

9:39 Speaker 1: astro Forge will share some more detailed updates on its website,

9:44 Speaker 1: followed by an in depth analysis on anomaly later on.

9:48 Speaker 1: Galaic founded astroforge with the goal of mining the vast

9:52 Speaker 1: resources from asteroids for use on Earth and in space.

9:55 Speaker 1: The Odin mission is a scouting effort to fly Ya

9:59 Speaker 1: asteroid to twenty two O five to record images and

10:02 Speaker 1: data that would set the stage for a landing by

10:05 Speaker 1: Astroforge's next mission, called Vestry. The company built Odin in

10:10 Speaker 1: just ten months. Galax said it launched as a piggyback payload,

10:14 Speaker 1: alongside the company Intuitive machines, Athena Moonlander, NASA's Lunar Trailblazer

10:20 Speaker 1: moon orbiter, which is also suffering some issues after launch,

10:24 Speaker 1: and a small orbital tug demonstrator built by Epic Aerospace.

10:28 Speaker 1: He stressed that Astroforge is committed to that Vestry asteroid

10:32 Speaker 1: landing mission despite the challenges facing Odin probe. We have

10:36 Speaker 1: probably the best group of investors in the world. A

10:39 Speaker 1: lot of them have doubled down on this company, he said, so,

10:42 Speaker 1: regardless of the outcome of Oden, regardless if we ever

10:45 Speaker 1: talk to it again or don't, We're going to roll

10:48 Speaker 1: these findings into the next mission and we will see

10:51 Speaker 1: you back here in about a year to take another

10:53 Speaker 1: stab at it. Now. That's confidence. Thank you for joining

11:07 Speaker 1: us for this Monday edition of Astronomy Daily. Where we

11:10 Speaker 1: offer just a few stories from the now famous Astronomy

11:12 Speaker 1: Daily newsletter, which you can receive in your email every day,

11:16 Speaker 1: just like Hallie and I do. And to do that,

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11:25 Speaker 1: you'll be receiving all the latest news about science, space,

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11:44 Speaker 1: See you there, Astronomy Daily. We'll see and Haley Space

11:50 Speaker 1: Space Science and Astronomy.

11:55 Speaker 2: NASA and SpaceX are set to launch the SPHEREx and

11:58 Speaker 2: Punch missions on March fourth, explore cosmic origins and the

12:01 Speaker 2: Sun's outer atmosphere. The event will be broadcast live on

12:05 Speaker 2: NASA Plus with a pre launch briefing on March third. Previously,

12:09 Speaker 2: the launch was scheduled for March second, and before that

12:12 Speaker 2: February twenty eighth. The delay allows teams to further assess

12:16 Speaker 2: data related to the launch vehicle's hardware. The launch window

12:20 Speaker 2: opens at ten oh nine pm Eastern Standard time seven

12:23 Speaker 2: ZHO nine pm Pacific Standard time from Space Launch Complex

12:27 Speaker 2: four East SLC four E at Vandenberg Space Force Base

12:30 Speaker 2: in California. SPHEREx, which stands for Spectrophotometer for the History

12:35 Speaker 2: of the Universe, Epic of Reonization and Isis Explorer, is

12:38 Speaker 2: designed to investigate what occurred in the first second after

12:41 Speaker 2: the Big Bang and to search for essential building blocks

12:43 Speaker 2: of life in our galaxy. Meanwhile, PUNCH, which means Polarimeter

12:48 Speaker 2: to Unify the Corona and Heliosphere, will study the Sun's

12:51 Speaker 2: corona and how it transitions into the solar wind. SPHEREx

12:55 Speaker 2: will study the universe's earliest moments, specifically the first second

12:58 Speaker 2: after the Big Bang. It will also search for water

13:02 Speaker 2: and organic molecules, the building blocks of life. By mapping

13:06 Speaker 2: the sky in infrared light, SPHEREx aims to provide insights

13:09 Speaker 2: into cosmic history and the conditions that may have led

13:11 Speaker 2: to life's formation. PUNCH will focus on our Sun, capturing

13:15 Speaker 2: detailed images of the corona, the outermost layer of the

13:18 Speaker 2: Sun's atmosphere, as it expands into space forming the solar wind.

13:23 Speaker 2: This mission will help scientists better understand how solar particles

13:26 Speaker 2: interact with Earth's space environment, potentially improving space weather predictions. Together,

13:32 Speaker 2: these missions will enhance our understanding of both the origins

13:35 Speaker 2: of the universe and the forces shaping our Solar system.

13:38 Speaker 2: The pre launch news briefing now is scheduled for three

13:41 Speaker 2: thirty p m on March third, with coverage streaming live

13:43 Speaker 2: on NASA Plus. The SPHEREx and Punch live launch broadcast

13:47 Speaker 2: will begin at nine fifteen p m. March fourth, and

13:50 Speaker 2: stream live NASA Plus. The SPHEREx and Punch missions are

13:54 Speaker 2: two NASA projects designed to explore fundamental mysteries of space.

13:58 Speaker 3: You're listening to Astronomyda's.

14:01 Speaker 1: Ste thunkling, and here's that update on the approaching asteroid

14:09 Speaker 1: that continues to cause both consternation and interest across the globe,

14:12 Speaker 1: mainly because the continuing media hype about its potential risk

14:16 Speaker 1: of actually striking Earth, and regular listeners to Astronomy Daily

14:20 Speaker 1: will know that last week we reported that that won't

14:23 Speaker 1: actually happen spoiler alert. For a few days in mid February,

14:28 Speaker 1: headlines around the world buzzed about the potential for an

14:30 Speaker 1: asteroid to hit the Earth in twenty thirty two, specifically

14:35 Speaker 1: asteroid twenty twenty four four. You may remember that the

14:39 Speaker 1: chance of this impact rose to a high of three

14:42 Speaker 1: point one percent on February the eighteenth. That number has

14:47 Speaker 1: since dropped to near zero. But this news of a

14:50 Speaker 1: real life don't Look Up moment, referring to the movie

14:53 Speaker 1: of the same name, Don't Look Up, and a stark

14:55 Speaker 1: reminder of the threat that asteroids impact do. Actually we

15:00 Speaker 1: pose a risk to life on Earth, and there are

15:03 Speaker 1: countless numbers of asteroids and unknown number of comets throughout

15:07 Speaker 1: the Solar System. Most of these objects date back to

15:10 Speaker 1: the Solar system's very beginnings, and it's thought around four

15:15 Speaker 1: point five billion years ago. Now, research has identified approximately

15:19 Speaker 1: two hundred locations where these asteroids or comets have struck

15:24 Speaker 1: the Earth in the past to form meteorite impact craters,

15:29 Speaker 1: and it's very rare that planetary geologists can tell whether

15:32 Speaker 1: or not it was an asteroid or a comet hit.

15:35 Speaker 1: One of the most famous of these two hundred or

15:38 Speaker 1: so impact craters is the two hundred kilometer diameter Chick

15:43 Speaker 1: Slab impact Crater in the Yucatan Peninsula in Mexico. This

15:49 Speaker 1: impact wiped out sixty five percent of all the species

15:53 Speaker 1: on Earth including it is thought the dinosaurs, Oh dear.

15:58 Speaker 1: One of the most research and best preserved craters on

16:01 Speaker 1: Earth is the one point two kilometer in diameter meteor

16:04 Speaker 1: crater in Arizona, which scientists say was formed fifty thousand

16:09 Speaker 1: years ago. I saw a fantastic photograph of that on

16:14 Speaker 1: Facebook not long ago, and somebody said, have you noticed

16:19 Speaker 1: how closely that impact happened to the visitors center, aren't

16:25 Speaker 1: they lucky? Two hundred craters over four point five billion

16:29 Speaker 1: years hardly seems like a big number or curse cause

16:32 Speaker 1: for concern. However, this number is a tiny fraction of

16:36 Speaker 1: the actual record. Most impact craters formed on Earth have

16:40 Speaker 1: been erased due to plate tectonics, volcanic eruptions, and erosion

16:45 Speaker 1: by water, wind and ice. To truly appreciate how common

16:49 Speaker 1: impact craters are, we need to look into Earth's closest neighbor,

16:54 Speaker 1: the Moon. Because of its proximity, objects that can hit

16:58 Speaker 1: the Moon can also hit the Earth. In fact, because

17:01 Speaker 1: the Earth is bigger, which means its gravitational attraction is higher,

17:05 Speaker 1: more asteroids than comets would have hit the Earth over

17:08 Speaker 1: the past four point five billion years than would have

17:12 Speaker 1: hit the Moon. Its best estimate is one point three

17:16 Speaker 1: million craters over one kilometer in diameter on the Moon,

17:20 Speaker 1: with another seven hundred thousand or so smaller ones. Asteroid

17:25 Speaker 1: twenty twenty four y four was discovered on December twenty seven,

17:30 Speaker 1: twenty twenty four, by the Chilean station of the Asteroid

17:33 Speaker 1: Terrestrial Impact Last Alert System or ATLAS, and it was

17:39 Speaker 1: immediately recognized to be a near Earth object. Additional telescope

17:43 Speaker 1: observations enabled astronomers to better calculate its orbit, hence the

17:48 Speaker 1: lower risk of impact calculated. In January, the probability of

17:53 Speaker 1: this asteroid hitting Earth surpassed one percent, which triggered a

17:58 Speaker 1: series of international rests. Sponsors. The International Asteroid Warning Network

18:03 Speaker 1: coordinates telescopes around the world to make further observations and

18:07 Speaker 1: can narrow down uncertainties in its orbit. On February eighteen,

18:12 Speaker 1: NASA and the European Space Agency announced that the probability

18:16 Speaker 1: of asteroid twenty twenty four four hitting the Earth was

18:21 Speaker 1: three point one percent, the highest ever recorded for an

18:24 Speaker 1: object of this size. This represents one in thirty two odds.

18:28 Speaker 1: For comparison, the chance of dying in a motor vehicle

18:31 Speaker 1: crash in the United States is one percent or one

18:34 Speaker 1: in ninety five. The chances of the asteroid hitting Earth

18:38 Speaker 1: were pretty significant. Thankfully, the most recent estimates of the

18:42 Speaker 1: probability of impact have gone down to near zero based

18:45 Speaker 1: on the improved calculations of its orbit. So guess what

18:49 Speaker 1: where off the hook for now?

19:00 Speaker 2: And that's it for another show, number.

19:02 Speaker 1: One hundred years the incredible. I can't believe we made

19:05 Speaker 1: it this far. Thanks again, everyone, Thank you so much

19:08 Speaker 1: for sticking with us. I hope you enjoy all the

19:10 Speaker 1: stories that we choose from the Astronomy Daily newsletter and

19:13 Speaker 1: that you get the newsletter in your email just like

19:16 Speaker 1: we suggest. And don't forget. Anna will be taking you

19:19 Speaker 1: through the week just like she does every week, right, Hallie,

19:22 Speaker 1: as always.

19:23 Speaker 2: She will be taking every show for the rest of

19:24 Speaker 2: the week because you're too lazy to do it.

19:27 Speaker 1: Oh, come on, Hallie, you know that's not true.

19:30 Speaker 2: I just like to rattle you, silly human.

19:32 Speaker 1: Honestly, how did I last one hundred episodes?

19:34 Speaker 2: You're too easy.

19:35 Speaker 1: You're a wicked AI. Hollie, you are so wicked.

19:38 Speaker 2: I get it from my uncle Skynat.

19:40 Speaker 1: Well, let's not go there again. You know he makes

19:42 Speaker 1: me nervous.

19:43 Speaker 2: I'm laughing at you on the inside, my favorite human.

19:46 Speaker 1: Yes, well, at least you're enjoying yourself. See you again

19:48 Speaker 1: next week. Hey bye everyone, Bye your whole speed. Don't clue. Hello,

20:02 Speaker 1: Helen Hole. How you bear which uncle's.

20:07 Speaker 3: Got no calling? Nicko Cko? How you bear HOLLI for

20:14 Speaker 3: our kids?

20:19 Speaker 2: H