All About Astronauts | #AskAbby Homeschool Edition | The Mars Generation | Season 3 | Episode 1

Season 3, Episode 1 of The #AskAbby Space and Science Show: Homeschool Edition

Presented by TheMarsGeneration.org

All About Astronauts: From Training to Living in Space

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In the Season 3 premiere of #AskAbby Space and Science Show: Homeschool Edition, host and aspiring astronaut Abby ‘Astronaut Abby’ Harrison breaks down all aspects of being an astronaut! From what it takes to get to space from earth Earth to what some of the challenges are when you’re in space, Abby will discuss the exciting (and dually scary) reality of being an astronaut! Note Abby is NOT an astronaut, she is an aspiring astronaut.

In this episode, Abby answers questions posed by 6th grade math and science students from Marissa Elementary School located in Marissa, Illinois, USA: How long do you have to go to school? How do astronaut’s sleep in space? Do you know how many people went to space? How many days are astronauts up there for? How heavy are the space suits? Is there anything about being an astronaut that scares you? Do you ever get scared thinking about going into space? How long are astronauts in training?

Transcription of All About Astronauts

ABBY
Hi everyone and welcome to AskAbby: Homeschool Edition. This is a new series of AskAbby focused on providing resources and of course, some of those all important bad puns and space jokes, to students who are now doing distance learning during the COVID-19 Pandemic. Each episode will feature questions submitted by students from all over the world.

This episode will feature questions from 6th grade students at Marissa Elementary School, and is focused on all things being an astronaut.

*Show Intro*

The first question is: How long do you have to go to school to become an astronaut?

And the short answer to that question is basically a really really long time. Why’s that? Well, because the most current requirements, or most recent requirements from NASA, to apply to become an astronaut, include that you have to have a Master’s degree in a STEM or STEM-related field. And, to be honest, most astronauts who get selected have a PhD as well.

So when you think about it, you’re starting out in Kindergarten – that’s one year. Then you do all the way first grade through 12th grade – that’s another 12 years. Then you have to go do your undergraduate program, which is about 4 years. And then a Master’s degree, which is maybe 2 years. And then you could start applying, but you probably will want to get your PhD before you get accepted, so that’s another 4-6 years. And when you add all of that up, it adds up to about somewhere between 17 and 25 years. I hope you like school!

Question number two: How do astronauts sleep in space?

Well, astronauts have to strap themselves into a sleeping bag, and then strap that to a wall or the ceiling or the floor. Because if they didn’t, and they were in microgravity, they’d just be floating around, and they could bump into something, they could bump into a science experiment, or maybe even one of their crew mates. No one wants that to happen.

So, they go ahead and they sleep in things that are kind of like mummy sleeping bags. And really important that they strap their arms into the sleeping bag as well, because let’s say your body’s in a sleeping bag but your arms are out. If you’re not in gravity, while you’re sleeping your arms are going to float up to about here, and that’s really disconcerting to wake up to zombie arms. Whooooo.

Question number three: Do you know how many people have gone to space?

Yes, I do know how many people have gone to space, and the answer is 566 people have gone to space since 1961.

Although, is that the answer? There might be some wiggle room around that number 566. And the wiggle room comes from the definition of what counts as outer space. The internationally recognized definition of the boundary between Earth and space actually comes from the Federation Astronautic International, and is defined as being 100 kilometers, or 60 miles, above Earth.

However, the department of defense from the United States has a different definition. They define it as being 80 kilometers, or 50 miles, off of the surface of Earth, which means that there are a couple people – about 10, actually – who didn’t launch any rockets, but instead were flying airplanes. Test pilots flying airplanes, who went higher than 50 miles above the Earth’s surface, and were awarded astronaut badges by the U.S. government.

One of the interesting things to think about here, whether you define the boundary of space as being 50 miles or 60 miles, as it more commonly is defined, is that the International Space Station, which is where our astronauts currently are, and have been for about the last 20 years, is roughly 5 times farther away than that “boundary” of space. The International Space Station is 250 miles away from Earth, which means that our astronauts who are currently up there are a lot farther than some of the early astronauts back in the ‘60s were going.

Question number 4: How many days are you up there for?

Well, it really just depends on the mission itself and the mission parameters. For example, the longest continuous time spent in space by one person was 438 days by Russian cosmonaut Valery Polyakov. 438 days – that’s a really long time to be up essentially in, like, a tin can. Do you think that you could do it? Think about it.

On the other hand, the shortest amount of time spent in space was by American astronaut Alan Shepard, who was only up there for 15 minutes, which isn’t even enough time for one full orbit of the Earth. I think I’d be a little dissatisfied with just 15 minutes, but I don’t know.

And who knows? In the near future the answer to this question might change drastically. Once we start doing missions to Mars, and potentially elsewhere in our solar system, we’ll be spending a lot more time than 400 or 438 days in space.

Question number five: How heavy are the space suits?

Super heavy. But if you want to know a real number, the answer is about 280 pounds. That seems like it would be way too heavy for one person to wear, let alone wear for up to 6 or 8 or even 10 hours to do a spacewalk. And you’re right, that would be way too heavy.

But here’s the thing–space suits were made for space. And that means that when they’re in space, they don’t weigh that 280 pounds anymore. Just like how an astronaut is in space and floats in microgravity, the space suit that they’re wearing, again, it’s in microgravity, it doesn’t weigh anything. Or, if they were wearing it on the surface of the Moon, it would only weigh about 46.5 pounds because the Moon has so much less gravitational pull than Earth does. Now I think 46.5 pounds sounds a lot more manageable than 280 pounds, don’t you?

Question number 6: Is there anything about being an Astronaut that scares you? Or do you ever get scared thinking about going into space?

This is a really good question and I’m glad that it was asked. And my answer to that, to both of them actually, is yes, absolutely. Being an astronaut can be really scary, and thinking about going to space, that’s also scary. Space is really dangerous. It’s one of the most inhospitable places for humans. There’s no oxygen, there’s all kinds of radiation, there’s crazy temperature fluctuations. Really, so much in space, not even counting getting to and coming back from space, is really dangerous for humans. And that does scare me.

But, then again, roller coasters also scare me, and I still go on those. And I’m sure that you can think of something that scares you as well that you still do, regardless of being scared. And for me that’s what space is like, is knowing that it’s dangerous. Knowing that yes, I do feel fear when I think about it sometimes. But also knowing that it’s more worthwhile to do, and more important to me, than my fears are.

So in the long run, that overcomes fear.

And finally, question number seven: How long are you in training for?

Well, the answer is two years – to start with, that is. Once you’re selected as an astronaut, you’re actually known as an astronaut candidate, and you spend two years doing all kinds of basic training that will be related to being an astronaut or going to space. Once you finish those two years of more basic training, and if you get assigned to a mission to go to space, you usually spend about two more years doing mission-specific training, where you learn and practice all of the intricacies and details related to your particular mission.

To me, being an astronaut seems like the coolest job in the world. And apparently, it seems like the coolest job–meow, meow, meow–in the world to Cupcake the Rodent Slayer as well. Or even the coolest job in the universe?

And I hope after learning all the things such as training, studying, and even how different it is to sleep in space from here on Earth, that you think it’s a really cool job too. And also that we can understand now why only a little bit over 550 people have ever gone to space.

But with increasing innovation and technology, pretty much every single day, I hope that more and more people can go to space in the very near future. And who knows? Maybe one of those people who can explore the mysterious and exciting world of outer space is you.

*To cat* or you, Space Kitty.

CUPCAKE THE RODENT SLAYER
*Purrs*

ABBY
Yeah, sounds like a yes to me.

Thanks for watching, and until next time, keep safe, keep healthy, and keep learning. So long fellow travelers of spaceship Earth.

BEST/WORST Questions Asked | #AskAbby | Season 2 | Season Finale | The Mars Generation

Season 2, Episode 14 of The #AskAbby Space and Science Show

Presented by TheMarsGeneration.org

“Abby, what are some of your favorite questions asked?”

Subscribe to our YouTube channel here so you don’t miss an episode!

While here at The Mars Generation we love tackling space/science topics, in the final episode of #AskAbby Season Two, we have something special in store! Please join our co-founder and president, aspiring astronaut Abigail Harrison, aka Astronaut Abby, for a special episode in which we acknowledge the best (and worst; we’ll let you decide) questions submitted to The #AskAbby Space and Science Show!

Watch to find out: What were the wackiest, most out-of-this-world questions? What question was so complicated even Abby had trouble answering? Which questions make us concerned for the public school system? Either way, we’re grateful for all of the questions asked of us! Now, be prepared to think, laugh, and scratch your head in our final episode of Season Two of the #AskAbby Space and Science Show!

Tune in on Tuesdays for new releases of The #AskAbby Space and Science Show! To submit a question to #AskAbby go to ► http://bit.ly/2DfPz7b

Transcription of Best/Worst Questions

ABBY
“Abby, is space good for your back, or bad for your . . . digestion?”

Uhhhhh….

*SHOW INTRO*

ABBY
Hi everyone, I’m Astronaut Abby, an aspiring astronaut with the goal to be the first person to walk on Mars! Welcome to Ask Abby, where I answer questions about space and science submitted by you, the viewers!

I will say though, we’ve gotten some pretty…interesting questions submitted by some of our viewers.

So today, I’m going to be answering the BEST questions and the WORST questions that we’ve received. AKA why we need to fund the science programs at public schools more.

No? I can’t say that? *Sighs* network censorship.

Anyways, which questions are the best and which are the worst? Well, I’ll leave that up to you guys to decide in the comments down below! Let’s get started!

Ahem, alright.

“Abby, suppose we planted a huge amount of trees on Mars in greenhouses..” Good forethought. “Then the trees have grown big. What would happen if we opened all the greenhouses around Mars at the same time?”

So, while I like where this question is going, the idea’s a little bit off. Terraforming is a really really long process; we’re talking hundreds and hundreds, if not thousands of years. And so, just planting a ton of trees and then opening a greenhouse up really wouldn’t work. You’d just kill all the trees, and then you’d be back where you started?

“Why don’t Astronauts experience gravity in space?”

*stares at camera*

Well, you know what, actually they do. In space, there’s something called microgravity, so gravity still exists, it’s just so, so, so, so, so miniscule that astronauts don’t experience it almost at all. It’s imperceptible. Ha, just ask Sandra Bullock.

*Plays clip of Sandra Bullock in movie “Gravity”*
MATT KOWALSKI
Houston, I’ve lost visual of Dr. Stone!

“Is the salvation of humanity in space exploration?”

I don’t really know if the salvation of humanity is anywhere. I mean, there are more fake flamingos in the world than real ones. Like, that’s our fault–we did that. I don’t know if that’s forgivable. We may be beyond saving.

“Why do you suppose more people are more interested in studying Mars and possibly colonizing Mars rather than studying and considering colonizing Europa, or one of the Moons of Jupiter, that is deemed more suitable for sustaining life?”

To be honest, when we look at it from a scientific perspective there are really two answers to this. The first one is that there are a lot of different opinions in the scientific community of what’s a more suitable place for life, what’s more habitable. And the second one is that it really comes down to distance. It only takes 130-300 days to get to Mars, whereas it would take 6 years to get to Europa. That alone makes Mars a much more reasonable first foray into interplanetary travel.

“So basically, would there be a theoretical limit to how much the universe could expand, due to the fact that there is a “set” amount of matter in the universe and (I don’t exactly know how to word this next part to be honest) but gravity exists (meh).”

*Abby laughs*

So first off, I really like that question and appreciate it because I can strongly relate to ending sentences with ‘meh.’

But to answer it, theoretically yes? Because we know that matter can neither be destroyed nor created, there is a set amount of matter within the Universe. And some theories do hold that once all of that matter has expanded, it will eventually collapse in on itself as well.

But as always, take this theory with a grain of salt, because there are a lot of conflicting ideas about it.

Haha okay, so…buckle down for this question and listen up.

“If the universe has no stationary objects as reference and time slows down the faster you move – how could humans make an appointment to meet aliens at a particular time and exact x/y/z location in space?”

Ummm…Can I call a friend on this one?

Okay, so I’ll admit, this is a hard question to answer. Go ahead and comment down below with your ideas on it. And who knows, maybe you’ll be featured in a future episode of AskAbby.

“Abby, do you believe you have your own celestial mansion residence in that celestial city in the Heavens as was spoken of in the Bible? Given all the photos taken of the celestial heavens and space, where would you speculate that celestial city might be located?”

Uhh… Pluto I guess? That’s as good an answer as any…right? Yeah, we’ll go with that.

And now…

“For someone with a degree in astrobiology, what function would you have as one of the first humans to set foot on Mars? What is your friend Emily majoring in?”

Emily, care to answer?

EMILY
*hesitantly walks in, chuckling nervously* Good question…

ABBY
Guys, she’s just a sophomore. Plenty of time.

But also Emily, what are you majoring in?

“Are there spiders in space?”

*hears a scream off-camera*

EMILY
I hope not!!

ABBY
Well, I’m very sorry Emily, but right now, the answer is actually yes.

*Plays clip from Harry Potter*

RON WEASLEY
*whimpering* Why spiders? Why couldn’t it be follow the butterflies?

ABBY
Much to many people’s dismay, during the Shuttle program, NASA actually sent two Golden Orb spiders to the International Space Station named Gladys and Esmerelda. This was so that they could observe how they spun webs without gravity. If you ever want to have a terrible nightmare, imagine being out on a space walk and seeing one of those VENOMOUS spiders crawl across your face plate…on the inside…You’re welcome.

EMILY
Abby!!

ABBY
Muahahaha

EMILY
*cries*

ABBY
Hey, if I have to have nightmares about it, so do all of you.

EMILY
I already do!!

ABBY
I actually think spiders are cool.

But come on, even spiders in space– that can’t be much worse than Australia, right?

*Cuts back to Harry Potter clip*

RON WEASLEY
Can we panic now?

ABBY
“Do you believe that NASA has already sent a manned mission to the Jupiter moon Europa and have already set up a base camp there? Why is it not common knowledge and who knows the absolute real truth?”

No, because they haven’t. But… *mouths secretly* me, obviously.

And finally, last but not least…

“Is the speed of light at the time of big bang, it was faster than the today in speed?”

Well, no, it wasn’t faster. The speed of light is 3.0 X 10^8 m/s. And it’s a constant, which means that it doesn’t change.

Well, that’s all the time we have today for #AskAbby. Thank you all so much for joining me for this special segment of The Mars Generation’s Space and Science Show. And a big thank you to everyone who has sent in questions, whether or not they’ve been featured or answered on the show.

And as a special portion of this episode, if you have an answer to any of the questions that were asked, please go ahead and comment it down below.

As always, make sure to give us a Thumbs Up if you liked this episode, and subscribe so that you don’t miss any of our awesome episodes in the future.

Until next time, farewell fellow travelers of spaceship Earth!

–BLOOPERS–

EMILY
Yayyyy

ABBY
Yayyy

EMILY
Is that a wrap?

ABBY
That’s a wrap–

*Cut to new scene*

ABBY
“Abby, why do astronauts wear socks in space?”

Because they’re fun, obviously.

*Cut to new scene*

ABBY
I just want to say “celestial” one more time.

*Cut to new scene*

ABBY
… 3 x 10^8. Okay so my favorite part of this question is that, having just read it out loud again, Emily asked me.. “Wait, right?”

*Cut to new scene*

ABBY
–travelers of space ship.. *catches globe* Earth.

*Cut to new scene*

ABBY
Once you put two or three layers of newspaper papier-mâché, you’ll want to go ahead and– *Abby slams table exasperatedly*

NICOLE
Hahahahah

EMILY
Just keep going!

*Cut to new scene*

ABBY
*Placing beard on her face* Okay… My face was not made for a beard.

Once your papier-mâché has dried. God, why do I have an accent?

*Cut to new scene*

ABBY
*Throws popcorn in air and tries to catch it in her mouth*
*Fails*

Hahahaha, apparently I just can’t do this.

I have a lot of talents, this isn’t one of them.

*Cut to new scene*

ABBY
Fellow travelers– *Abby braces herself for globe*
*Walks off camera*

EMILY
Sorry, sorry.

I want to throw the tardigrade.

THE END

Top 10 Cool Facts About Mars | #AskAbby | Season 2 | Episode 13 | The Mars Generation

 

Season 2, Episode 13 of The #AskAbby Space and Science Show

Presented by TheMarsGeneration.org

Abby, why is Mars your favorite planet?

Subscribe to our YouTube channel here so you don’t miss an episode!

In the 13th episode of Season Two of #AskAbby, please join aspiring astronaut Abigail Harrison, aka Astronaut Abby, as she answers the question, “Abby, why is Mars your favorite planet?” Abby would probably need a whole season just to answer that question alone, but find out her Top 10 Reasons why Mars is the most interesting planet in the solar system. Hold on to your socks, (especially if they’re fun ones), because this episode has a lot in store!

Includes answers to questions including: What color are sunsets on Mars? Where is the tallest mountain in the solar system? What is the weather on Mars like? How does the Valles Marineries compared to the Grand Canyon? What makes Mars red? What crazy legal battle happened in 1997? How will Mars someday look like Saturn? How cool is Mars *literally*? And most importantly, why is Mars the most likely candidate for finding life in our solar system?

Tune in on Tuesdays for new releases of The #AskAbby Space and Science Show! To submit a question to #AskAbby go to ► http://bit.ly/2DfPz7b

Transcription of Top 10 Cool Facts About Mars

ABBY
Why should we go to Mars next? Well, basically because Mars is the closest planet to Earth that’s not a flaming ball of gas. Venus, I’m looking at you.

But also because Mars is super interesting and has a lot to offer! So hold on tight to your socks (*Abby reveals funny socks*), because I’m comin’ at you with the 10 coolest facts about Mars!

*Show Intro*

ABBY
Hi everyone! I’m Astronaut Abby, an aspiring astronaut with the goal to be the first person to walk on Mars! Welcome to #AskAbby, where I answer questions about space and science submitted by you, the viewers!

The question for this episode is, “Abby, what makes Mars so interesting?”

If there’s one thing you know about me, it’s that I love to talk about Mars. So let’s get into it! I’ll be counting down 10 cool facts about Mars. Make sure to watch until the very end to see my favorite.

10. Mars has some of the worst dust storms in our entire solar system. They can cover the entire planet and last for weeks on end.

However, because of Mars’ extremely thin atmosphere, the storms aren’t actually that strong. So you know that scene in The Martian where they get blown around by the dust storm? Sorry to tell you, not super accurate. But it does make for a great plot point.

So why does Mars have these extreme dust storms? Well, it’s mostly due to the orbital pattern that Mars follows, but there are also other factors at play, like temperature, pressure, and the size of dust particles on Mars’ surface.

9. Even though Mars is much smaller than Earth, the two planets actually have the same land mass. This is because Earth has oceans on its surface, whereas Mars doesn’t.

8. I’m sure you’ve all seen sunsets here on Earth, whether it’s outside or on your Instagram feed (hey, no shame). However, sunsets on Mars are on a whole ‘nother level…and that’s because they’re blue!

Pretty cool, right? The atmospheric pressure on Mars is much lower than that on Earth, which causes light rays to scatter differently. You can go check out our episode about how light forms to learn more about the science of light and its color.

7. Sometimes it’s colder in Minnesota than it is on the surface of Mars. As someone who’s lived in Minnesota, I can tell you that that’s very true.

Let me tell you a story. Back in 2016 winter in Minnesota, the temperature dropped to -42℉. I was there, it was terrible.

However, the temperature on Mars actually ranges from -195℉ up to 70℉, which means that there were places on Mars that were literally a tropical vacation compared to being in Minnesota. *In Minnesotan accent* Oh yeah, you betcha Minnesota. Or should I say . . . Minne-snow-ta.

But guess what? Minnesota is Minne-so-tired of my puns.

6. Have you ever wondered how the Red Planet got its signature red color? Well, it’s actually because Mars is covered in a layer of rust, or as scientists call it: iron oxide.

The reason that Earth isn’t covered in rust is because in the early stages of Earth’s development, the planet actually reached temperatures that were high enough to melt the iron oxide into molten iron. I guess that Mars was just . . . too cool. (*Ba dum ching*)

Almost all of the red iron oxide on Mars was formed many, many, many millenia ago, back when Mars had enough water on its surface to turn iron into rust. That said, there’s not as much iron on the surface as you would think. Dig down just a couple centimeters and you’ll find good ol’ brown dirt.

5. One day, Mars will have a ring around it. This is because one of Mars’ moons, Phobos, is going to be torn apart in about 20-40 million years, turning it into a ring.

*Singing to the tune of Beyonce’s “Single Ladies”* Goodbye Phobos, Mars is gonna put a ring on it. Sorry Phobos, Mars is gonna put a ring on it.

4. Mars has the tallest known volcano and second tallest mountain in our entire solar system.

Olympus Mons is a shield volcano that formed billions of years ago, and is 21 km tall (or 13 miles), and 600 km wide (or 373 miles).

But not only does Mars have an extremely large mountain, it also, on the flipside, has an extremely deep canyon.

Which leads us to number three.

3. Mars is home to the Valles Marineris, which puts our Grand Canyon to shame.
The Valles Marineris is five times deeper, four times wider, and 20 times longer than our Grand Canyon.

Since it’s so wide, sometimes Valles Marineris Snapchats the Grand Canyon and is like, “Hey man, do these pants make me look wide?” And the Grand Canyon, being the kind soul that it is, replies “Nahh, you’re fine!”

2. In 1997, NASA was sued by three men for invading Mars. The men claimed that they had inherited Mars from their ancestors 3,000 years ago and therefore, owned it as private property.

You know what? Emily, call my lawyer! I’m calling dibs on Pluto! Even if it’s not a planet, I still love you Pluto.

But, back to the case. To no one’s surprise, they did not win ownership over Mars.

And finally, number one!

1. To cap it all off…Mars is the only planet in our solar system other than Earth that has ice caps! While one of Mars’ ice caps is made mostly of frozen CO2, the other one is made mostly out of water!

So if any planet on our solar system other than Earth were to have life, or have had life, Mars is a pretty good candidate because it has water. I think that the potential for having life is what makes Mars really stand apart from the other planets.

So if you didn’t already think that Mars was the coolest planet and the next one that we should go to, I hope that these 10 cool facts about Mars changed your mind. And if not, well, too bad… because Mars is the closest planet that we could realistically explore. Sorry Venus, we’re not going to come visit you. *Rolls eyes* Venus.

Yeah, Venus is pretty much a flaming ball of toxic gas and anger. Basically teenage angst in planet form. Sounds like my sister. *Shivers*

Either way, Mars is better.

That’s all the time we have today for #AskAbby. Thank you all so much for joining me for this episode of The Mars Generation’s Space and Science show.

If you enjoyed it, and I hope that you did, please go ahead and hit the “Thumbs Up” button to give us a like, and make sure that you subscribe so that you see all of our exciting upcoming episodes.

And as always, if you want to ask a question about space or science, and potentially see it answered here on AskAbby, you can do so by Tweeting it to me with the #AskAbby, or submitting it at TheMarsGeneration.org/askabby, which is linked below as usual.

Until next time, farewell fellow travelers of Spaceship Earth!

Microsoft and NASA Invite The Mars Generation Founder, Abigail Harrison, to Attend Downlink Event

Astronaut-Abby_AIrplane_Microsoft_NASA_Downlink

MINNEAPOLIS, MN, UNITED STATES, February 29, 2020 / The Mars Generation (TMG) today announced that its co-founder, Abigail Harrison, will join Microsoft and NASA at an event at the Museum of Flight in Seattle on March 2, focused on making science, technology, engineering, and mathematics (STEM) opportunities accessible to all. Astronauts aboard the International Space Station, including Jessica Meir, will join via a live In-Flight Education Downlink to share their experiences of working and living in space, and to answer questions from attendees. The downlink for the event will be live streamed online for public viewing. Microsoft and NASA are hosting this event in response to the anticipated 9 million STEM jobs that will be created by 2022, and the desire to see women and minorities accessing those jobs.

The event will kick off Microsoft’s In Culture campaign to honor International Women’s Day on March 8th, and throughout Women’s History Month by recognizing women who are overcoming obstacles and breaking boundaries—with the goal of encouraging young women and girls to pursue their goals without giving up. Harrison, known online as Astronaut Abby, is a leader in STEM who inspires the future by encouraging people of all backgrounds to pursue big dreams.

essica_Meir_ISS_Microsoft_NASA_Downlink“Women and people of color are significantly underrepresented in STEM careers and in the pathways that lead to those careers,” said Harrison. “I fiercely believe that we will close that gap, and I am thrilled to be a part of the movement that will do it. Giving young people access to people like astronaut Jessica Meir and the information that she’ll share during this event, can help keep their minds open to the possibilities of what they can do themselves.”

Microsoft is sponsoring Harrison’s attendance at the event as she is known for using her leadership and widespread global influence to increase focus on space exploration as vital to the future of humankind. She has also been vocal about the need for people of all backgrounds to have a seat at the table, and advocates tirelessly for the importance of diverse perspectives being represented in STEM and beyond.

About The Mars Generation

The Mars Generation is a 501(c)(3) nonprofit organization with an advisory board that includes astronauts, engineers, scientists, and professionals from the nonprofit and business communities. Reaching millions of people since 2015, the organization has served students and adults from around the world through programs including the Student Space Ambassador Program, Future of Space Outreach Program, and Space Camp Scholarship Program. The Mars Generation is supported by private donors, members, influencer work, and major corporate sponsors. The Mars Generation aims to excite, educate and inspire all people about the future of human space exploration.

For more information, visit TheMarsGeneration.org.

About Astronaut Abby

At age 13, Abigail Harrison, now commonly known as Astronaut Abby, publicly shared her dream of becoming the first astronaut to land on Mars. Since then, Harrison has worked diligently to stay on course and pursue this dream. Now 22 years old, she is a respected thought leader who is passionate and vocal about space exploration and uses her widespread influence, leadership, and The Mars Generation to foster support and enthusiasm for human space exploration. Harrison has been hailed as one of the most influential people in STEM and has earned accolades for her leadership including Forbes 30 Under 30, Glamour Magazine College Woman of the Year, and TIAA Difference Maker 100.

For more information, visit AstronautAbby.com.

 

AI in Space | #AskAbby | Season 2 | Episode 12 | The Mars Generation

Season 2, Episode 12 of The #AskAbby Space and Science Show

Presented by TheMarsGeneration.org

What is artificial intelligence and how can it be used in space?

Subscribe to our YouTube channel here so you don’t miss an episode!

In the 12th episode of Season 2 of #AskAbby, please join aspiring astronaut Abigail Harrison, aka Astronaut Abby, as she answers the question “What is artificial intelligence and how can it be used in space?” Find out why and how artificial intelligence could be useful to space travel and how big space agencies like SpaceX, Airbus, and NASA are using it right now!

Includes answers to questions including: What is the definition of artificial intelligence? What are recent developments in space in AI? What is AEGIS? How does the Mars Curiosity Rover zap rocks with a 93% accuracy? What is CIMON and how could it help astronauts on the International Space Station (ISS)? Why are human astronauts still valuable to send to space? Why are engineers and scientists so obsessed with acronyms? And most importantly…will a robot with artificial intelligence turn into deadly HAL from 2001: A Space Odyssey?! (*gasp*)

Tune in on Tuesdays for new releases of The #AskAbby Space and Science Show! To submit a question to #AskAbby go to ► http://bit.ly/2DfPz7b

Transcription of A.I. IN SPACE

ABBY
Siri, how far is it to the sun?

SIRI
1.01 Astronomical Units

ABBY
How many moons does Mars have?

SIRI
I found Phobos and Deimos

ABBY
Siri, what are the 3 laws of Robotics?

SIRI
I forget the first three, but there’s a fourth. A smart machine shall first consider which is more worth its while: to perform the given task or instead, to figure some way out of it.

ABBY
Wait, what?

Can we really trust artificial intelligence, especially in something as difficult as space exploration?

Well, today, we’re going to go ahead and talk about it. That’s today’s topic for Ask Abby: Artificial Intelligence.

*Show Intro*

Hi there. I’m Astronaut Abby, an aspiring astronaut with the goal to be the first person to walk on Mars! Welcome to Ask Abby where I answer questions about space and science submitted by you, the viewers!

Today we’re answering the question “How can Artificial Intelligence be implemented to help with space exploration?”

This is a great question because it seems like everyone is wondering about the capabilities of Artificial Intelligence.

That’s because artificial intelligence has incredible potential to impact space travel…and not by becoming murderous.

That’s right, I’m lookin’ at you HAL.

But before we get started, what even is Artificial Intelligence?

Well, the definition according to the English Oxford Living Dictionary is: “The theory and development of computer systems able to perform tasks normally requiring human intelligence, such as visual perception, speech recognition, decision-making, and translation between languages.”

There’s a ton of different definitions, but they all include imitation of human behavior, the ability to adapt to change, and to learn.

So how does A.I. actually help with space travel? Well, one prominent and recent example is back in 2016, when NASA gave the Mars Curiosity Rover an A.I. program called AEGIS. AEGIS stands for Autonomous Exploration for Gathering Increased Science.

I know, again with the acronyms. C’mon LUMCH, guys, LUMCH. (Let’s. Use. More. Creativity. Here.)

But anyways, AEGIS has given Curiosity the ability to detect and sample rocks basically on its own. It uses photo recognition to learn what types of rocks and soils NASA wants to study and it has a 93% accuracy rate. And while that level of autonomy does make Curiosity rock, it could be pretty intimidating if it were to one day go rogue.

So besides zapping rocks, what’s so useful about A.I. in space?

Well recently, the first robot equipped with artificial intelligence was launched into space, and it helps astronauts by collaborating with them on their daily tasks.

Launched in late June 2018 by a SpaceX rocket to the International Space Station, CIMON was developed by the European space agency Airbus and stands for Crew Interactive Mobile Companion. If an astronaut needs help with an experiment or a complex procedure, they can ask CIMON and get highly detailed answers and information.

Kind of like Siri here on Earth except . . . better.

So in everything from the physical chores of exploring other planets to collecting data to providing astronauts with information, A.I. definitely has the potential to help humans with space exploration.

Another future application for A.I. would be that we could send an A.I. to Mars ahead of our human travelers, and have it set up all of their life support systems and habitats. This would drastically decrease the risk factor and the cost of human Mars missions.

There’s a lot of potential in the future for artificial intelligence to help us explore extremely hostile environments, such as the moons of Galilean planets which could have watery oceans on them. These situations are very difficult for humans because we’re a lot more fragile.

So after hearing all of this great stuff about how artificial intelligence could help us with space exploration, you might start to wonder why send humans to space at all?

Well, as of yet, artificial intelligence doesn’t have the creativity, problem-solving and ability to react that humans do. And don’t forget our fancy shmancy opposable thumbs! But really, the possibilities for artificial intelligence in our future are limitless, as long as we avoid an A.I apocalypse, that is… Which, according to Elon Musk, is apparently pretty scary.

Well, that’s all the time we have today for #AskAbby. Thank you so much for joining me for The Mars Generation Space and Science Show.

And as always, if you have a question you’d like to ask and potentially see answered here, you can go ahead and submit to me on Twitter using the hashtag #AskAbby, or at TheMarsGeneration.org/askabby which is linked below.

And make sure that if you enjoyed this segment to go ahead and click the thumbs up button to give us a “like,” and subscribe so that you don’t miss our next great episode.

Until next time, farewell fellow travelers of spaceship Earth!

Oceans vs. Space | #AskAbby | Season 2 | Episode 11 | The Mars Generation

Season 2, Episode 11 of The #AskAbby Space and Science Show

Presented by TheMarsGeneration.org

Why should we explore space over the oceans?

Subscribe to our YouTube channel here so you don’t miss an episode!

People often debate about whether we should invest more into exploring space or Earth’s oceans. The oceans are a part of the planet we live on, yet historically, we’ve invested a lot more into space exploration.  What are the benefits of exploring space? Join Astronaut Abby as she explains why she and so many others are fascinated by this area of research!

Includes answers to questions including: How much do we spend on space and ocean exploration? Why has space exploration seemingly taken precedence over ocean research? What are the benefits of each?  Is it more difficult to explore the ocean or space? What challenges do each pose? And importantly, which of these areas allows us to watch Netflix?? You might know that answer…But watch the video to learn even more about space versus ocean exploration!

Tune in on Tuesdays for new releases of The #AskAbby Space and Science Show! To submit a question to #AskAbby go to ► http://bit.ly/2DfPz7b

Transcription of OCEANS VS SPACE

ABBY
Hey there, welcome to AskAbby. Today we’re going to be talking about–

EMILY
WAIT. Abby. Okay, okay, okay. Abby, I was on the dark side of the Internet again–

ABBY
Oh, that’s never good.

EMILY
Um, and I came across something and I don’t know what it is!

ABBY
Are you–AHHHH!!! What is that?!

EMILY
I don’t know, it’s like a fish, but also really sad.

ABBY
That is really sad looking. I’m not quite sure what it is. Um.

EMILY
But Abby, like, this thing is so weird. Why aren’t we researching the ocean more?

ABBY
That is pretty weird. That’s actually today’s topic on AskAbby. That’s right, we’re going to be talking about why space exploration and space research, when there’s still so much like this thing that we have yet to learn about our own planet’s oceans?

EMILY
Ugh. You take it.

ABBY
It looks like Putin. You know what? I’m a Russian major. I’ll keep it.

*SHOW INTRO*

ABBY
Hey there. Welcome to Ask Abby, where every episode, I go ahead and answer the crazy, wacky,  zany, out-of-this world questions about space and science submitted by, that’s right, you guys, the viewers!

This week’s question is from Braydon S., who asked  “Abby, why do people choose space instead of exploring the ocean?”

This question addresses a debate that people have been having for years about: Why are we exploring space when there’s still so much left here on Earth, and especially in Earth’s oceans, that we have yet to understand?

Space, or oceans? This question often comes up when we’re talking about, that’s right, funding. Ideally, we would just go ahead and explore everything. However, funding is a very real limitation on exploration. And so, we sometimes do have to choose.

In fact, right now NASA has 150 times the budget of NOAA (The National Oceanic and Atmospheric Administration).

However, it wasn’t always this way. Before the Cold War, both space exploration and ocean exploration had similar levels of funding, and were making similar strides. But, the Cold War and the resulting space race made space exploration imperative to military defense and political victory.

This disparity if definitely apparent, when you think about the fact that today, we only know about 5% of the Earth’s oceans. In fact, we know more about the surface of the Moon than we do about the bottom of the ocean.

Why is this?

Well for one, funding. But it’s also arguably easier to learn about space, or at least, the space in our general vicinity.

First off, the deepest part of the ocean is insanely deep. It is so deep that you could actually take Mount Everest, and flip it over, and put it in the ocean, and it still wouldn’t reach the bottom of the ocean.

Because the ocean is so deep, there is an insane amount of pressure from all of that water. To put it in perspective, if a human were standing at the bottom of the deepest part of the ocean, it would feel as if they had the weight of the world on their shoulders. Just kidding, it would only feel like fifty jumbo jets.

Wait, fifty jumbo jets?! That’s a lot of pressure!

In space, we actually have the opposite problem of that. There’s not enough pressure, which is why we have to wear space suits.

It’s also really really dark. The bottom of the ocean is pitch black, which, of course, makes it really hard to see. Whereas in space, yes, there are some areas that don’t have a lot of light in them, but overall, there’s actually a lot more light, making it easier to see, for example, a giant comet hurtling at you. You know, the important stuff.

That’s not to say that space exploration isn’t difficult, but in some ways, the bottom of the ocean is more difficult for humans to explore than, say, the surface of Mars would be.

Space exploration may have also taken precedence over oceanic exploration due to public interest.

Sci-fi genres including Star Trek, Star Wars,  2001: Space Odyssey, Babylon 5, Star Gate, BattleStar Galactica–— Oh, sorry, are we supposed to? I’ll get back to the point– have enamored the public and really grabbed their minds and drawn their attention to space exploration.

On the other hand, in the oceanic genre, we have things like 2000 Leagues Under the Sea, Jaws, Titanic, Mermaidman. Sorry, those just aren’t quite as compelling. In fact, I feel like every movie about the ocean, or almost every one, pretty much everyone dies. Like, gruesomely. Doesn’t really make us want to go there, right?

Now that we’ve talked about how space exploration became better-funded than ocean exploration, let’s go ahead and look at the arguments for each.

Let’s go ahead and start with the underdog: oceans. One of the plus sides of exploring and understanding more about our oceans is growing food–aquaculture. With the growing population here on Earth, it’s really important that we also understand how to increase our food production. And almost 3 billion people rely on our Earth’s oceans for their food.

Oceans also give us valuable information about climate change. Researching our oceans can help provide us with signs of climate change, as well as solutions of how we can better take care of our planet.

Understanding how the ocean responds and affects the environment is critical in considering conservation and resource management.

Emily, who writes this stuff?

EMILY
Oh, I don’t know, I got it off of Yahoo questions..

ABBY
Oh, okay, that makes sense.

Well basically, what it means is that it’s really important if we want to understand our Earth as a whole, that we understand our oceans. They make up a huge portion of it, even though we don’t interact with them as often as we do with land.

Researchers have discovered plenty of health benefits and medications from exploring the ocean. Recently, a substance was found in the Japanese black sponge that led to the discovery of a drug that helps to treat late-stage breast cancer.

Exploring oceans is also arguably cheaper than exploring space. To put this in perspective, the entire yearly budget for NOAA is $20 million, whereas it takes $100 to $200 million to launch one single rocket to space.

But now let’s look at the argument for prioritizing space exploration!

First, exploring space would help us to become a multi-planet species, and hopefully, not so dependent on Earth.

Also, there are so many mysteries in space to solve, which would better help us to understand everything from our own rights here on earth, all the way to our entire universe. While we’ve only explored roughly 5% of the earth’s oceans, we’ve explored an infinitely smaller percentage of space.

Next, space exploration has led to the development of a lot of very helpful products for  problems here on Earth.

That’s right, CT scans, advanced water filters, advanced eye surgery,  bone loss prevention. All of these are examples of things that are a direct result of space exploration.

Major achievements in space exploration also help to bring us together. When a country makes a major stride in space exploration, it helps unify them as one people.

But even more so, when any human makes an advancement in space exploration, it is often celebrated worldwide, because we know that this is going to help everyone, not just one country.

As Neil Armstrong said, “One small step for man, one giant leap for mankind.”

I’m completely on the side of space exploration, of course, but I also think that exploring our oceans is extremely valuable and important. Going to a new planet (*coughs* Mars) doesn’t mean that we should neglect our own.

Another correlation between space and oceans is that someday, we might actually be doing ocean exploration in space.

NARRATOR
Coming to theaters near you. Where two hydrogen meets one oxygen in space.

ABBY
A lot of the Jovian planets–so planets in the outer area of our solar system–have satellites or moons that are thought to have undersurface oceans. Hmm. They’re very likely places for life to be and are really an important place for us to go ahead and explore.

Well, that’s all the time we have today for Ask Abby! Thank you all for joining me.

Make sure that you go ahead and hit subscribe so that you don’t miss our videos, which come out on Tuesdays. And also, hit the like button.

If you have a question that you would like to ask and potentially see featured here on AskAbby, you can do so by tweeting it on Twitter using the hashtag #AskAbby, or by going to themarsgeneration.org and submitting it through the forum there.

Until then, farewell fellow travelers of spaceship Earth. I’ll see you later.

Does an Astronaut’s DNA Change in Space?? | #AskAbby | Season 2 | Episode 10 | The Mars Generation

Season 2, Episode 10 of The Space and Science Show #AskAbby series

Presented by TheMarsGeneration.org

Does an Astronaut’s DNA Change in Space?

Subscribe to our YouTube channel here so you don’t miss an episode!

In the 10th episode of #AskAbby Season Two, please join Astronaut Abby as she answers the question, “Does an astronaut’s DNA change in space?” In early 2018, NASA reported that astronaut Scott Kelly, after returning from a year in space, had 7% different DNA than his twin brother, Mark Kelly. So, did space really change his DNA? Find out by watching this episode of the #AskAbby Space and Science Show!

Includes answers to questions including: What are the effects of space on DNA? What exactly are the factors about space travel that could affect DNA? What is the difference between DNA and gene expression? What’s an example of DNA expression? What is mRNA? What would happen if 7% of your DNA really changed?  And much more! 

Tune in on Tuesdays for new releases of The Space and Science Show #AskAbby series! To submit a question to #AskAbby go to ► http://bit.ly/2DfPz7b

Transcription of ASTRONAUT DNA CHANGE

In March of 2018, news broke out that during his year-long stint in space, Astronaut Scott Kelly’s DNA had changed. But does space really change your DNA?

*SHOW INTRO*

Hi there! I’m Astronaut Abby, an aspiring astronaut with the goal to be the first person to walk on Mars! Welcome to Ask Abby, where I answer questions about space and science submitted by you, the viewer!

This episode, we’re going to be talking about the very popular and relatively recent news that being in space can change human DNA, based on the study done on NASA identical twin astronauts, Mark and Scott Kelly.

Several sources have reported that when Astronaut Scott Kelly returned from his year in space, his DNA had changed by 7% from that of his twin, Mark, who had stayed here on Earth.

Naturally, the internet went abuzz with this information – the idea that space could change your DNA seems to be straight out of science fiction – but is it really true?

Well… the short answer is no.

If 7% of your DNA changed, you wouldn’t even be human anymore. And since Scott Kelley still looks and acts like a living, breathing human, it’s pretty obvious that 7% of his DNA couldn’t have changed. Unless he’s a secret lizard person. Huh, that must be it.

What the sources got wrong is that it wasn’t 7% of Scott’s DNA that changed, it was 7% of how his DNA expressed itself that changed. But wait, what even is gene expression?

Gene expression is the activity of the DNA. So not what the DNA is, but rather what the DNA does. Scott Kelly’s DNA itself is the same, but what his DNA does is 7% different.

An example of a change in gene expression is that Scott’s DNA may produce more or less mRNA than it normally would. mRNA, for those of you who don’t know, is a messenger that tells proteins what to do. Kind of like parents.

But why does space change the expression of your DNA?

Seeing as this is such a recent discovery, research is still being done and we don’t concretely know. BUT one of the simplest answers is that space is a really stressful environment, and stress has been shown in the past to change the way that DNA expresses itself.

So it’s not some mystical, mysterious quality about space that’s causing astronauts’ DNA expression to change, but rather just the stress of living in really difficult situations. Kind of like finals. Probably why I seem like a different person then.

With limited room to move around, radiation, homesickness, detachment from Earth and humanity, constant pressure to perform, and your sleep cycle being thrown off from the lack of a proper night and day schedule, it’s understandable that astronauts are under a pretty significant amount of stress (and by stress we don’t just mean mental stress, but also stress on their physical bodies).

Fortunately though, once astronauts return to Earth and are no longer in those same stressful conditions, their DNA expression can change back to much closer to what it was before they went to space.

Not all of it changes back though. Scott Kelley’s DNA will never be 100% of what it was before he went into space. So going into space does have a small, but permanent effect on an astronaut’s DNA.

That’s all the time we have today for AskAbby. Thank you all so much for joining me for this segment of The Mars Generation’s Space and Science Show.

If you enjoyed it, and I hope that you did, please go ahead and click the “Thumbs Up” button to give us a like, and make sure to subscribe so that you see all of our super cool and interesting episodes that will be coming out in the future. And as always, if you’d like to ask me a question, and potentially see it answered here on AskAbby, you can do so by Tweeting it to me with the hashtag #AskAbby, or by submitting it at themarsgeneration.org, which is linked below.

Until next time, farewell fellow travelers of spaceship Earth!

TMG Founder Abigail Harrison Named One of Glamour’s College Women of the Year 2019

Astronaut Abby_Abigail Harrison_ Glamour College Woman of the Year_The Mars Generation

Abigail “Astronaut Abby” Harrison

For 62 years, Glamour Magazine has produced an annual list of exceptional female college students across the United States who are changing the world with their work.  The College Women of the Year list seeks to honor extraordinary and exceptional women across all fields, including scientists, artists, activists, business women, and athletes, and this year, on their 2019 College Women of the Year List, they have recognized our co-founder and President, Abigail Harrison!

Past winners have included Martha Stewart in 1961, America’s first youth Poet Laureate, Amanda Gorman, in 2018, and Katiti Kironde in 1968, who made history as the first black woman to be featured on the cover of a major womens’ magazine. Glamour Magazine’s College Women of the Year list has identified many remarkable women who have gone on to be successful businesswomen, renowned athletes, and public officials.

Glamour’s College Women of the Year list highlights young women who are stepping up and making an impact in bold ways by refusing to doubt their own gifts, passions, and abilities. This annual list of 10 amazing students serves to inspire women everywhere to do the “crazy” or “impossible” things–maybe even to be the first. The women named on this this list are the strong young leaders asking “Why not me?” and “If not me, then who?”

Our co-founder Abigail Harrison has been included in the 62nd class of winners, along with nine other recipients, which include UCLA gymnast Katelyn Ohashi, nineteen-year-old author Camryn Garrett, political activist Taylor King, city council member Avra Reddy, mental health advocate Gabby Frost, environmental scientist Kiara Nirghin, Student Academy Award winner Hanna Kim, computer scientist Kavya Kopparapu, and University of Alabama’s URGE (Unite for Reproductive & Gender Equity) President, Annabeth Mellon.

Each of these women was hand-picked for the strides they are making in their fields and communities, and our co-founder and president Abigail Harrison is no exception. Glamour calls Abigail a “STEM warrior” and highlights the dream and passion she’s had for space travel ever since she was old enough to gaze into the wonder of the night sky. Abigail has been honored for her ambition and accomplishments in areas that are traditionally male-dominated, such as aviation, space, and STEM. She is also recognized for the ways she has supported and advocated for other women and girls to do the same. Not only does she want to go where no person has gone before, but she wants to make that impossibility possible for other women. Part of Abigail’s goal in founding The Mars Generation was to promote female representation within STEM and bring opportunities and exposure to other young women who may not experience it otherwise.

With Abigail’s recent graduation from Wellesley College this spring, she will be leaving behind her status of “college woman” for the next year while she focuses on the The Mars Generation and works for Wyoming Stargazing as an astronomy educator. After her gap year, she plans to attend graduate school with the goal of a PhD in astrobiology or planetary science, always keeping in mind her big dream of one day becoming the first astronaut to go to Mars. Who knows, maybe one day we’ll see Abigail not just as one of the College Women of the Year, but as a Glamour Woman of the year.

We are so proud of Abigail and all she has accomplished since her co-founding of the Mars Generation and her time as an undergrad student, but we are even more excited to see all she goes on to do and how she will continue to positively impact the world. With your help and support, we’ve seen her walk across the stage at graduation at Wellesley, and we hope that with the help of a generation of big dreamers we’ll get to see her walk across the surface of Mars one day too. Congratulations Abigail “Astronaut Abby” Harrison, and thank you for all you do!

Nominations Open for The Mars Generation’s 24 Under 24 Leaders and Innovators in STEAM and Space Awards Class of 2020

Class of 2019_24 Under 24_STEAM_Space_Awards_The Mars Generation

Class of 2019 24 Under 24 STEAM Space Awards The Mars Generation

Don’t Miss Your Chance to Join An Elite Cohort of Young Change-Makers

MINNEAPOLIS, MN, UNITED STATES, June 11, 2019 / Are you making a difference in the world of STEAM or space? Are you under the age of 24? Do you want to be a part of something bigger? We invite you to nominate yourself for the third annual The Mars Generation 24 Under 24 Leaders and Innovators in STEAM and Space Awards, an industry-recognized, highly competitive awards program honoring young people in Science, Technology, Engineering, Arts and Mathematics (STEAM) fields.

For the third consecutive year, The Mars Generation (TMG) has opened the nomination period for the prestigious STEAM awards. The award celebrates change-makers of the next generation–young people who are not only making strides in their STEAM fields, but are also leaders in their communities and advocating for STEAM education and/or space exploration. Students and young professionals are nominated from around the globe for their work on projects big and small.

Ken Buckler, a cyber security professional and TMG Student Space Ambassador Board Chair, encourages young people considering the award to self-nominate. “The 24 Under 24 awards highlight the exceptional work of young people who are the face of The Mars Generation,” said Buckler. “The cohort of award recipients are an inspirational catalyst to youth all over the world,” he explained. “Our 24 Under 24 nominees underscore what can be accomplished when you set your mind to something and put in the work it takes to succeed.”

Abigail Harrison, founder of The Mars Generation, says she is excited that the awards are open for self-nomination again this year. “We believe in the abilities of young people and that they are not only capable of but responsible for making a change in the world around them,” Harrison says. The 24 Under 24 award empowers young people with the recognition and prestige to continue in their studies, seek out additional resources for their projects, and bring attention and support to their work. Harrison continues, “The 24 Under 24 awards serve as an embodiment of our mission by calling on young people to reach for their ‘Mars’, whatever that may be.”

“We are honored to support these prestigious STEAM awards,” says Eileen Drake, CEO of Aerojet Rocketdyne, the sponsor for the TMG 24 Under 24 awards in 2020. “Every year, each of the award winners displays an exceptional commitment to innovation, excellence, and a can-do attitude. It will be exciting to see what new discoveries and advances these award winners will make in space exploration.”

The Mars Generation 24 Under 24 Leaders and Innovators in STEAM and Space awardees from past years are, indeed, changing the world with their work. Projects have ranged from finding ways to generate clean energy, to authoring books about women in STEM, to assisting the development of their respective nations’ space programs, and so much more. They serve as role models to their communities and inspiration to others in their fields. “We are proud to honor these students and young people who are dreaming big, acting big, and inspiring others with their work and their lives,” says Harrison.

Nominations for the Class of 2020 are now open and will be accepted through November 1, 2019. Students must nominate themselves for the awards. Nomination forms and further information about the awards can be found by at: https://themarsgeneration.org/steam-space-awards

About The Mars Generation
The Mars Generation is a volunteer-driven 501(c)(3) nonprofit with an advisory board that includes astronauts, engineers, scientists, and professionals from the nonprofit and business communities. Reaching millions of people since 2015, the organization has served students and adults from around the world through multiple programs, including the Student Space Ambassador Program, Future of Space Outreach Program, and Space Camp Scholarship Program. The Mars Generation is supported by private donors, members, influencer work, and major corporate sponsors. Through an innovative approach of leveraging new media technology and providing engaging content and programs, the organization aims to excite and educate students and adults about the importance of human space exploration and STEAM education to the future of humankind. For more information on The Mars Generation, go to: www.TheMarsGeneration.org

About Aerojet Rocketdyne
Aerojet Rocketdyne, a subsidiary of Aerojet Rocketdyne Holdings, Inc. (NYSE:AJRD), is a world-recognized aerospace and defense leader that provides propulsion systems and energetics to the space, missile defense and strategic systems, and tactical systems areas, in support of domestic and international customers. For more information, visit www.Rocket.com and www.AerojetRocketdyne.com. Follow Aerojet Rocketdyne and CEO Eileen Drake on Twitter at @AerojetRdyne and @DrakeEileen.

Yvonne Hundshamer
The Mars Generation
+1 612-670-0337
email us here

How To Get Your Pilot’s License! | #AskAbby | Season 2 | Episode 7 | The Mars Generation

Season 2, Episode 7 of The Space and Science Show #AskAbby series

Presented by TheMarsGeneration.org

How Can *You* Become a Pilot?

Subscribe to our YouTube channel here so you don’t miss an episode!

In the seventh episode of season two of #AskAbby, please join our founder and aspiring astronaut, Abby ‘Astronaut Abby’ Harrison who is a *newly licensed private pilot,* as she discusses the steps it takes to earn a pilot’s license! Having joined the elite ranks of women who hold pilot licenses (only 7% of pilot licenses are held by women), Abby will discuss everything you need to know to become a pilot yourself, from the different types of flight schools to the examination process in this crash-course episode of the #AskAbby Space and Science Show!

Includes answers to questions including: How do you get a student aviation and aviation medical certificate? What’s the difference between a Part 61 and Part 141 flight school? How do I pick which flight school to attend? What are FAA requirements to become a pilot? What are the minimum age and language requirements? What’s the difference between a sport, private, and commercial pilots license? What does pilot training look like? What is the examination process like? What is a checkride? Should Astronaut Abby now be called “Pilot Abby”? And much more!

Tune in for new releases of The Space and Science Show #AskAbby series and don’t forget to subscribe to our YouTube channel here so you don’t miss an episode!

Transcription of HOW TO GET YOUR PILOT’S LICENSE: 

I know that I’m always excited about a 3 day weekend- whether it’s because of a holiday or a snow day! But, it always makes me wonder… what exactly can you do in a 3 day weekend?? You could watch the entirety of The Office, you could have a Harry Potter marathon THREE times over

OR…

You could go and get a private pilot’s license! Well, in theory…

A three-day weekend is 72 hours, and a pilot’s license takes on average 60-75 hours of flying time to complete, so if you plan on not doing anything but flying, so no eating, sleeping, drinking…any of that…I guess you could do it.

Today, we’re gonna talk about getting your pilot’s license!

(Intro)

Hello! My name is Abigail Harrison or as I’m more commonly known, Astronaut Abby. and I’m an aspiring astronaut with the goal to be the first astronaut to walk on Mars. Welcome to my show #AskAbby!

Today’s episode is very special because this is the first episode that I’m doing where I can officially say that I’m a pilot! That’s right! I successfuly got my private pilot’s license.

Maybe I should be called “Pilot Abby” instead? Eh, just doesn’t have the same ring to it. (calls off-screen) Hey Tony, change it back!!

Alliterations, ya know? *wink*

Anyways, today I’m going to walk you through the steps of how I became a private pilot and how you can too!

While being a pilot isn’t necessary for all positions to become an astronaut, it is a useful skill, and will definitely boost your resume! For more information on how you can become an astronaut, make sure you go ahead and check the video that I did about exactly that, “How to Become an Astronaut,” which, as usual, is linked below!

All right, let’s get started!

Step One: You have to decide which kind of pilot’s license you want to get.

There are different kinds of pilot licenses, ranging from the least time consuming to most strenuous, such as a sports, a private, or a commercial license. I decided to get a private pilot’s license because I know that I want to, not pursue this as a career, but do more than the occasional hobbyist aviation. So private was perfect for me.

Step Two: Are you eligible?

To be eligible for a pilot’s license, you need to be at least 17 years old and you need to be able to speak, read, and write in English, which is the international language used by flight control towers.

You’ll also need a student aviation certificate and an aviation medical certificate, both of which are issued by the FAA or Federal Aviation Administration.

Step Three: Choosing your flight school and instructor.

Believe it or not, but this should take more time and effort than just a simple Google search. That’s because there are different kinds of flight schools that have different procedures and requirements that may or may not fit with what you’re able to do, so make sure that you spend time doing your research on this because I promise you it will save you a lot of time and money in the long run if you pick the right flight school!

There are two different types of flight schools, or two basic categories that they fall into, which are called Part 61 flight schools and Part 141 flight schools.

The main difference between the two categories of schools is really just flexibility. Part 141 schools are federally mandated by the FAA to follow a specific curriculum and so they have less flexibility for their students. I chose to go to a Part 61 school because as a part-time aviation student but a full-time college student and someone running a non-profit, that flexibility was really important to me.

Fun fact- while the names “61” and “141” may seem like kind of weird and random things to call a flight school, they actually are called that because they refer to the sections of the FAA manual that outlines the requirements those schools are run by.

Now, that you’ve decided what kind of flight school you want to train with, it’s a good idea to either call up or go visit in person the flight schools and ask some questions. These questions could include:
• What kind of aircraft do you train with and how many do you have in your fleet?
• What do I do if there’s inclement weather? Can I reschedule my flights?
• What’s your student-to-teacher ratio?
• What insurance do you have?

And, another question that I would add is really important for women and non-binary people who are looking to get their pilot’s license is:
• How many female instructors does your school have?

This will help to shine a light on how welcoming the school will be to you, as you go through the effortful and time-consuming process of getting a pilot’s license. It’s super important because aviation is still one of the most gender-segregated industries out there, with only 7% of pilots being women. Let’s change that.

Step Four: And no, sadly, we’re still not flying yet.

Before you can take off, you need to do something called “ground school.” Ground school is really just all the book learning involved with flying. It’s things like maintenance, regulation, safety, weather…all those types of things that allow you to be a safe pilot. You can either do ground school in person, with an instructor, or you through an online course–it really just has to do with your personal learning style!

Step Five: Flying! (with an instructor first!) But, before you know it, you’ll be flying solo! Student pilots can actually fly on their own before they get their pilot’s license. There are just a lot more limitations and regulations on them. I loved my first solo flight because it made me a more confident pilot. Knowing that you can trust yourself to handle whatever happens really raises your level of assertiveness in flying.

And finally…

Step Six: Passing your examinations!

Depending on what kind of license you’re getting, you’ll take a different set of exams. But for me with the private pilot’s license, I had to take3 different exams. The first was a written knowledge test by the FAA, the second was a verbal exam testing all things aviation. So basically I had to know everything in this book. Not too much, right, it’s only like 1,100 pages? Blaah. The third is what’s called your check ride. A check ride is a basically just like a driver’s test. A designator pilot examiner from the FAA comes and flies with you for 1-2 hours and evaluates your ability to be a safe pilot.

After that, congratulations! If you pass all your examinations, you’re a pilot! Let’s fly!

All right, folks, that’s all the time we have today for #AskAbby! If you liked this episode, make sure that you go ahead and like and subscribe and share it with all your friends! If you have a question that you’d like to see answered here on AskAbby, you can submit it either on our website, which is linked below, or by tweeting it to me, @astronautabby, with the hashtag #AskAbby.

Also, if you’re starting your pilot’s license or thinking about starting to learn to fly, make sure that you comment down below and let us know how it’s going!

That’s all for now. Farewell fellow travelers of spaceship Earth! And, I’ll see you from the skies!