There are theoretically possible ways to create black hole megastructure cities and power them from the black hole (funny enough it's a similar method to how you'd create a black hole bomb), but in terms of practicality it's purely science fiction until we figure out how to harvest entire planets for their resources, not to mention the problem of actually building it and getting it around the black hole with any semblance of stability.
well in a few billion years earth might actually look like venus, until the death of the sun of course, where in which the atmosphere might just we'll be gone due to the solar winds of dying sun. Mars was actually habitable another few billion years ago but by obvious flaws (such as the degrading magnetic field and mass of the planet), mars lost its habitability. Well, apparently due to the sun increasing it's luminosity and mass, the possibility of a habitable planet isn't moving towards the sun, but rather moving away from it.
@@invrgottomars Id say a moon around Jupiter would be a good candidate because it would probably be in the habitable zone of the red giant sun. But once it goes white dwarf we would have to move star systems...
It's so true! The first thing you wanna do after you terraform a planet is get wasted and drive around the desert in a midsize rental. Pluto was my favorite. If I ever ate it like that, I'd want it to be on Pluto. That was really fun, thanks for doing it!
I hear someone said: "Elon, leave the terraforming of Mars to the scientists." If Elon left putting rockets into space for the scientist, we will still all be waiting.
"Mercury doesn't have an atmosphere" I'm pretty sure nasa said there was, but that its so small that it might as well not have one. I think its like 50 feet or something
@@unwoundsteak17 that's the least of things he got wrong in this video. Claiming that the earth's magnetic field *completely* protects our atmosphere from cosmic rays, for example is quite inaccurate. Our atmosphere is still affected by solar winds and cosmic rays and is actually shedding into space, but at an extremely slow rate. If the Earth is around long enough, it's atmosphere will eventually be totally stripped away.
He also said that the gas giants are cold because they are so far from the sun LoL, he clearly doesn't know much about astronomy! Last time I checked, Jupiter is the second hottest after the sun! And mercury is really cold on it's night side even though it's right next to the sun! Basically, the distance from the sun makes no real difference!
Tutorial,how to terraform a planet Step 1:have a planet Step 2:heat it up a bit Step 3:so here is how the planet will look like completely terraformed... Edit:I hate marshnellows
Just recently discovered these videos. Excellent in many ways, from content to production. Most of all I like that you answer questions as well as provoking new ones. (Keep on keeping on.)
Terraforming doesn't mean making like earth, but is rather similar in meaning to landscaping. You're just reforming the surface to be more (insert thing here). More rugged, more flat, more wet, more dry, more or less bushy, etc. Just to a whole planet.
are you sure about that? "Terraforming or terraformation (literally, "Earth-shaping") of a planet, moon, or other body is the hypothetical process of deliberately modifying its atmosphere, temperature, surface topography or ecology to be similar to the environment of Earth to make it habitable by Earth-like life." source: wikipedia
I think after few thousand years we want to terraform "EARTH"😂😂😂😂 It's going to happen if we continue like this. Trying to keep earth as good by planting tree will good👍🏻👍🏻👍🏻
Action Lab - Terraforming all the planets in our solar system so that peolple can live better Graystillplays - Making rain that travels at the speed of light, to see how many people die
I'm still struggling to understand how Mars could have ever been like Earth. The greenhouse effect would need to be really strong to keep Earth-like temperatures on a planet that is 50% further from the sun.
if we are able to spin mars in opposite direction.Then it is 99.999.....% chance that it will create a magnetic field around it,and it will able to sustain life in next 100yrs
Think about how *cold* earth's moon Luna is. The warmth does come from the sun, but its the insulation effect of the atmosphere that keeps a planet warm. The distance and maximum heat capacity of the atmosphere decides the temperature, and since Mars is lighter then earth it would have a higher concentration of heavier gasses that hold onto more heat, acting as an equalizer. (Lighter gasses can literally float away out of Mars's gravitational attraction) Intriguingly it's possible to use man made greenhouse gasses to make Pluto about as warm as our subarctic regions with an average lighting from the sun bright enough for forest floor and indoor plants, meaning in all practicality the entire solar system is up for inhabitation.
@@allhumansarejusthuman.5776 Even if Mars were 30 degrees warmer, it would still be much colder than Earth. And how could Pluto ever be as warm as subarctic regions?? That's nearly impossible.
maybe a sequel? Our moon might be terraformed, and also maybe Ceres. The moon would hold an atmosphere for a 'little while'; which would be fine for us as it would still be thousands of years. Ceres would need a 'lid' or transparent shell around it. The moon could also just have covered craters as mini biospheres.
This was a very interesting video.Nice use of BeamNG for gravity and car driving. I have been working up a video using BeamNG to illustrate mass and result of collision at a set rate of speed. They even have a scale you can add to the game to weigh each vehicle or object. If I ever get it done, my friend who is a science teacher can use it in her middle school classes.
It’d be negligible. There’s about a 0.00006 second difference between an earth second and a second where there is absolutely no gravity. The difference between earth and pluto would be much less than that.
@Night Raven how does that work? Failed suns only way to make them work are by adding gases and plasma and all that stuff how would adding a black hole work
Hello action lab , i am a 13 yr old and i have just installed univ. Sand box 2. And its amazing. Can please make a series in which you roughly explain how make everything function and explain the science behind it. Please...
Yes. Its been confirmed three times now so its very possible. We still need to send a probe to find the life though Although I wont be surprised if we find out there is life on Venus but we put it there with our own probes 😅.
Watch PBS Spacetime video about it. very informative. ua-cam.com/video/nNdy-LJWNQs/v-deo.html&ab_channel=PBSSpaceTime TL:DR : There are many ways to create phosphine and multicellular life byproduct is one of them. This doesn't confirm life on Venus, more investigation is needed.
Future idea : if we could terraform Pluto somehow we can make hover crafts that can make us fly so there is no bouncing of the ground and we could add stabilizers so that we don't go too high up Bcuz of Pluto's low gravity I think we can't turn on out ceiling fans or the house would fly off
To terraform Mercury. You would need a shifting orbital shield that holds a rotating arms fit with bio domes filled with agricultural. This close to the sun, light would need to be scattered about. Mercury eventually would become the main pinnacle for a solar orbital ring of these rotational rhombus farms. Venus is easy and hard. It needs to be impacted with an nearly endless stream of KBO's, the upper atmosphere needs to be filled with vacuum filled aerogel balloons stiffened with spokes also filled with an electrically excited gas. The balloons change type as you enter the atmosphere, and upon these balloons the first life grows to convert the Sagan atmosphere. Venus will then require 100000 small moons to shield it from the solar ejections, as more KBO'S constantly rain down. Earth needs a global transit system for continued habitation after the exhaustion of crude oil. Mars is a lot of work. It will require 10000 moons that are lower in orbit, and will thus need to have thrust systems to maintain altitude. These moons are eventually interconnected with controlled electromagnetism and bound wirh filaments. Mars will need to be bombarded with asteroids and KBOs to provide it surface heat and water. Mars will then need three orbital rings to support a giant reflector dish designed to increase the solar value at the surface, and extend the day by expanding the twilight hours over the horizon. This reflection dish would need to be magnetically bound to our orbital rings, as those bound to the interconnected moons. The Moons are going to support density an help bring pressure to provide a thicker atmosphere at the surface level. The hard part of Mars is injecting material to reactivate the core, a test we will need to hear the songs from earth's distant future. Beyond that, we look to Cygnus 5 for the next ages. Jupiter, and the other gas giant will only provide supplemental material to the rocky planets as needed to balance and bring atomic diversity to those atmospheres. This means gas giants will only have orbital platforms for a very long time, but one could insert extremely large, and vacuum porous carbon islands to float on the fluids within them, and this could explain the great red spot. It brings new meaning to walking on egg shells... You have the program, star adding micromoons to lower suface temperatures, and bombard to increase them.
I'd also metion small detail, that most of rocky planets in Sol except Earth don't have sufficiently strong magnetosphere to prevent atmosphere from being eroded, which simply speaking means that only heavier gases will remain and all lighter ones will escape leaving only negligible amounts behind and pressure will drop drastically. Such seems to be the case of Mars, where dissipation of its magnetic field seems to correspond with time when Mars also lost majority of its water and atmosphere. This apparently occured about 1BY ago and up until that point it is presumed that Mars was quite similar both in amount of water present on surface and atmospheric composition to Earth.
This video should be titled "Gravity on planets in our solar system". There's very little mentioned about the science behind trying to terraform these planets.
Earth's minimum tilt 22.1° is 0.26 degrees from a connection to the side of a golden ratio pyramid inside a seed of life. Earth's maximum tilt 24.5° is also 0.26 degrees from matching the corner dimensions of the same golden ratio pyramid inside a seed of life at the 30 degree latitude, where the pyramids are located.
Action Lab next: *“I went into another universe and terraformed all the planets out there..”*
"I terraformed the universe, each square inch of space has air"
"I removed Pluto from our planetary system."
@@Yusso "So I could see if it gets bigger in a vacuum"
@@lexruptor lmao
He’s probably gonna terraform higher dimensions next
Hundreds of thousands years later.
Humanity: "Let's terraform that black hole."
*I'm already living on a terraformed black hole*
There are theoretically possible ways to create black hole megastructure cities and power them from the black hole (funny enough it's a similar method to how you'd create a black hole bomb), but in terms of practicality it's purely science fiction until we figure out how to harvest entire planets for their resources, not to mention the problem of actually building it and getting it around the black hole with any semblance of stability.
@@tthung8668 Definitely. If you like the nitty gritty of physics, PBS Spacetime also has a video covering the concept of black hole bombs.
@@esoij you might be spaghetti
@@Frost_spirit434 nah. im pasta.
Now we must know what a terraformed Earth would look like...
Nice joke
Thought provoking
No humans I guess haha
In that case, maybe step outside your mom's basement and take a look around?
Yeh but they are MARSforming earth
Mars looks like an Earth from the past, Venus looks like an Earth into the future,, maybe we are just jumping planets towards the sun
I consider that was a joke.
@@gvantsasakaruli9900 Should be
well in a few billion years earth might actually look like venus, until the death of the sun of course, where in which the atmosphere might just we'll be gone due to the solar winds of dying sun. Mars was actually habitable another few billion years ago but by obvious flaws (such as the degrading magnetic field and mass of the planet), mars lost its habitability.
Well, apparently due to the sun increasing it's luminosity and mass, the possibility of a habitable planet isn't moving towards the sun, but rather moving away from it.
@@invrgottomars Id say a moon around Jupiter would be a good candidate because it would probably be in the habitable zone of the red giant sun. But once it goes white dwarf we would have to move star systems...
@@invrgottomars when the sun becomes a red giant some of the gas giants moons like Europa,Callisto,Ganymede and Enceladus might become habitable
Pluto: "I'm still a planet" :,)
No it's not •_•
it's a dwarf planet so techinically it's a planet too
It is a planet but not in our solar system .
@@DivineDefect nooo
U r wrong
@@DivineDefect its smaller than the moon , to be a planet there is so.e threshold size.
As a Venusian baby I can tell you that we in-fact do not drive SUVs. We have self respect.
I didn't expect him to hop onto beamNG lmao
Nice joke
when you grow up you will know what SUV is for
you don't drive SUVs?????????
us keplerians only use HYPER-SUVs. it's amazing
As a martian baby (I'm a 1 year old) I can tell that we drive mega-SUV
I miss the time when pluto was still a planet. I miss him everyday.
Why don't you have a profile picture??
Pluto : u can't see me
@@pranav2310 soka😹
@@jasonstruthchannelsearchin2670 You seem a bit confused here buddy. Wanna sit down and drink some water?
@@jasonstruthchannelsearchin2670 That's good, just let me know when you need something.
It's so true! The first thing you wanna do after you terraform a planet is get wasted and drive around the desert in a midsize rental. Pluto was my favorite. If I ever ate it like that, I'd want it to be on Pluto. That was really fun, thanks for doing it!
I love how mercury and venus' bodies of water are just hundreds of lakes and rivers instead of entire oceans
In mercury's case would be like a mountain planet .still 4 livable planets in solar system would be a signature of intelligent life if ever was .
Elon Musk: write that down.
Nice one
I hear someone said: "Elon, leave the terraforming of Mars to the scientists." If Elon left putting rockets into space for the scientist, we will still all be waiting.
LmAoOo
write that down
I hemenber when i watched video the earty having ocean with asteroids
"Mercury doesn't have an atmosphere"
I'm pretty sure nasa said there was, but that its so small that it might as well not have one. I think its like 50 feet or something
"Finally finished my skyscraper! Riding the elevator up no....."
suffocates
@@onorebakasama holy math! Thanks for the info
@@unwoundsteak17 that's the least of things he got wrong in this video. Claiming that the earth's magnetic field *completely* protects our atmosphere from cosmic rays, for example is quite inaccurate. Our atmosphere is still affected by solar winds and cosmic rays and is actually shedding into space, but at an extremely slow rate. If the Earth is around long enough, it's atmosphere will eventually be totally stripped away.
He also said that the gas giants are cold because they are so far from the sun LoL, he clearly doesn't know much about astronomy!
Last time I checked, Jupiter is the second hottest after the sun! And mercury is really cold on it's night side even though it's right next to the sun!
Basically, the distance from the sun makes no real difference!
Jupiter is the second hottest? Lol, my man you’re the guy who has no idea.
When The Action Lab is a gaming channel:
8:03 is anybody going to point out how perfect that was 😂😂😂
6:43
@@richardnoteworthy9345 ha ha so very hiliarious
That's how I parallel park
@@richardnoteworthy9345 Wow
As a Plutonian, I confirm that driving here is really fun.
You just gave me an idea fellow Plutonian!
Sooo- hows the weather? And how fast is the internet?
@@Furina5OO necroposting
@@wtrisT O_o
As pluto itself I can confirm it feels very fun when cars drive on me
@@Furina5OO horrible for the internet
Tutorial,how to terraform a planet
Step 1:have a planet
Step 2:heat it up a bit
Step 3:so here is how the planet will look like completely terraformed...
Edit:I hate marshnellows
Lol
yeah a lot of this video was massive hand-waving just to show a car driving
Thanks for taking a moment and replying
@@ionymous6733 well it’s not fault to him, but mostly the fact that you can’t simulate all aspects of terraforming on Universe Sandbox 2 software
Lol
8:32 A perfect parallel parking job.
what's the games name
@@behnamjz4579 BeamNG Drive is the car game, and Universe Sandbox is the space game.
@@behnamjz4579BeamNG and Space Engine
"If you don't know what terraforming is -"
GoodTimesWithScar: Hold my shovel
True 😂
True
He used GTA to demonstrate the driving conditions: Grand Theft Astronomy
Good one but its not GTA
@@joshuabansode5456 beamng drive
@@joshuabansode5456 oh my god... i didn't notice that, thank you very much. I for real thought it was GTA.
It was BeamNg
Good joke but it is not gta
6:43 When he said Uranus I felt that
I was like, “My anus?”
@@LeesReviews69 🤣
"here's everybody in the solar system"
plutoids, comets, satellites and friends: "are we a joke to you?"
🤣😂👍Yes!
I love how he keeps a smile on his face the whole time, that proves he loves his job and loves nature, keep doing the things you believe in man
GrayStillPlays: Let’s make the planets as terrible, hot, dangerous and painful as possible.
Action Lab: Let’s make every planet habitable :)
Heyy, a GrayStillPlays fan! How ya doin!
Just wait until he shoots a 1,000,000 MegaWatt Lazer at all of them.
Graystillplays: looks like we have competition
This takes terraforming in Minecraft to another level
Just recently discovered these videos. Excellent in many ways, from content to production. Most of all I like that you answer questions as well as provoking new ones. (Keep on keeping on.)
*Action lab is slowly turning into GrayStillPlays*
lol yes, thru the quarantine XD
😂😂they should make a video just messing around in universe sand box together
If The Action Lab had superpowers he would terraform the whole universe!!!
I would
This guy must be made of steel to be surviving the reckless driving
Terraforming doesn't mean making like earth, but is rather similar in meaning to landscaping. You're just reforming the surface to be more (insert thing here). More rugged, more flat, more wet, more dry, more or less bushy, etc. Just to a whole planet.
Yeah
To make a planet habitable for life
are you sure about that?
"Terraforming or terraformation (literally, "Earth-shaping") of a planet, moon, or other body is the hypothetical process of deliberately modifying its atmosphere, temperature, surface topography or ecology to be similar to the environment of Earth to make it habitable by Earth-like life."
source: wikipedia
@@Not.Your.Business holy shit, you fucking killed him dude
Finally somebody who appreciates Pluto!
Damn, I love the fact you played Beamng on the terraformed planets
No one
Action Lab: Proceeds to drive an SUV on the surface of Venus
I think after few thousand years we want to terraform "EARTH"😂😂😂😂
It's going to happen if we continue like this.
Trying to keep earth as good by planting tree will good👍🏻👍🏻👍🏻
Planting trees is a one sided "solution" and in some regions it can actually cause more harm than good. There is no such thing as a simple solution
@nat suar you sir, are a pure genius :D 🙈
Action Lab - Terraforming all the planets in our solar system so that peolple can live better
Graystillplays - Making rain that travels at the speed of light, to see how many people die
Would be nice to see weather, day night cycle, and day low high temperature
congrats friend you officially got a subscriber just because your kinda helping me
Maybe lets test this in Australia.
You know the atmosphere in Australia is connected to the atmosphere of the rest of Earth as well
@@SillyMakesVids yea, but lets start from something "easy"
@@_ADM_ wat abot a gren thigy tat haet plant
@@bogdanostaficiuc6385 i dh owvb je it kgnow
imagine how epic that would be to just say hello to people millions of miles away from us
Other than it taking minutes or hours just to get the message over there lol
Girl: what do you like The most about me?
Me: 6:42
Lol lol lol lol lol lol hahhahaahahahahah i got it hahahhahahahhahahahah
💀💀
Finally Someone got it
5:04
Bruh are you like 12
No channel blows my mind more than this one.
I'm still struggling to understand how Mars could have ever been like Earth. The greenhouse effect would need to be really strong to keep Earth-like temperatures on a planet that is 50% further from the sun.
Btw mars would have been larger than earth if jupiter didn't steal half the matter in mars' orbit
if we are able to spin mars in opposite direction.Then it is 99.999.....% chance that it will create a magnetic field around it,and it will able to sustain life in next 100yrs
Think about how *cold* earth's moon Luna is.
The warmth does come from the sun, but its the insulation effect of the atmosphere that keeps a planet warm.
The distance and maximum heat capacity of the atmosphere decides the temperature, and since Mars is lighter then earth it would have a higher concentration of heavier gasses that hold onto more heat, acting as an equalizer. (Lighter gasses can literally float away out of Mars's gravitational attraction)
Intriguingly it's possible to use man made greenhouse gasses to make Pluto about as warm as our subarctic regions with an average lighting from the sun bright enough for forest floor and indoor plants, meaning in all practicality the entire solar system is up for inhabitation.
@@allhumansarejusthuman.5776 Even if Mars were 30 degrees warmer, it would still be much colder than Earth. And how could Pluto ever be as warm as subarctic regions?? That's nearly impossible.
When I see a action lab video, I click fast
"Living on a planet with less gravity would be like your overly protective mother wrapping you in bubble wrap."
When driving, a distinction between a "smaller" planet and a "less massive" planet would be helpful for some viewers, I think.
Who else is trying to grow their YT channel during this quarantine. Let’s help one another!
Much love.
I.
Subscribed you bro...
This is not a good way to get subscribers
@@Kuttapanhere the legit way to get subscribers is actually make content that people will watch
@@chiefkeefgaming2005 now is it ok???
Bro, I wish you could show a step-by-step on how you terraformed the planets. That woulda been rlly cool to see the process.
Amazing and love all the info and God knows what he is doing, simply amazing
maybe a sequel? Our moon might be terraformed, and also maybe Ceres.
The moon would hold an atmosphere for a 'little while'; which would be fine for us as it would still be thousands of years. Ceres would need a 'lid' or transparent shell around it. The moon could also just have covered craters as mini biospheres.
This was a very interesting video.Nice use of BeamNG for gravity and car driving. I have been working up a video using BeamNG to illustrate mass and result of collision at a set rate of speed. They even have a scale you can add to the game to weigh each vehicle or object. If I ever get it done, my friend who is a science teacher can use it in her middle school classes.
YES ACTION LAB please make universe sandbox 2 a series 😆
How much will difference in gravity effect time?
Will not on Pluto ,due to less gravity, time speeds up .Thus we will feel the car falling quickly.
It’d be negligible. There’s about a 0.00006 second difference between an earth second and a second where there is absolutely no gravity. The difference between earth and pluto would be much less than that.
@@Drewkas0 Thank you.
Now that’s fly the way you put your own spin on it!
I've heard of turning jupiter into a miniature sun by putting a black hole in the middle and then terra forming its moons
Yes! Its a very cool idea, but black holes the size you'd want to use are very tricky to get self-sustaining, although possible 😁.
@Night Raven how does that work? Failed suns only way to make them work are by adding gases and plasma and all that stuff how would adding a black hole work
@@Njadmessi The accretion disk that the black hole would create would start to make the core fuse
that black hole would be the size of a golf ball or something
Next video: terraforming the sun
'It would take thousands of years to terraform Mars'
*sad elon musk noises*
They definitely haven't seen what Arnold can do in Total Recal
Hello action lab , i am a 13 yr old and i have just installed univ. Sand box 2. And its amazing. Can please make a series in which you roughly explain how make everything function and explain the science behind it. Please...
TERRAFORM THE SUN PLEASE
I really like the way mars looks with all the mini islands/lakes.
3:26 that looks like a moldy cheeseball
east or west, the action lab is the best
06:00 "what we are doing is pretty insane"
Loved the video,amazing person you are!!
**Jim Bridenstine wants to know your location**
skating on mars would be sick! skating on Jupiter be like Goku training at king kai’s lol
Hey Action Lab, the astronomers have found a gas named phosphine on venus that could mean there might be life on the clouds of venus right?
Based on What I saw
yes
Yes. Its been confirmed three times now so its very possible.
We still need to send a probe to find the life though
Although I wont be surprised if we find out there is life on Venus but we put it there with our own probes 😅.
Watch PBS Spacetime video about it. very informative. ua-cam.com/video/nNdy-LJWNQs/v-deo.html&ab_channel=PBSSpaceTime
TL:DR : There are many ways to create phosphine and multicellular life byproduct is one of them. This doesn't confirm life on Venus, more investigation is needed.
Cool, I Didnt Know You Can Drive On Universe Sandbox 2
Action Lab: "In order to change the temperatures of planets takes a really long time, 1000s and 1000s of years"
19th century humans: "hold my beer"
Nice use of BeamNG Drive!
Future idea : if we could terraform Pluto somehow we can make hover crafts that can make us fly so there is no bouncing of the ground and we could add stabilizers so that we don't go too high up
Bcuz of Pluto's low gravity I think we can't turn on out ceiling fans or the house would fly off
Imagine in 2150 people just say
"Wanna move to Venus?"
Yeah no shit 😂
To terraform Mercury. You would need a shifting orbital shield that holds a rotating arms fit with bio domes filled with agricultural. This close to the sun, light would need to be scattered about. Mercury eventually would become the main pinnacle for a solar orbital ring of these rotational rhombus farms.
Venus is easy and hard. It needs to be impacted with an nearly endless stream of KBO's, the upper atmosphere needs to be filled with vacuum filled aerogel balloons stiffened with spokes also filled with an electrically excited gas. The balloons change type as you enter the atmosphere, and upon these balloons the first life grows to convert the Sagan atmosphere. Venus will then require 100000 small moons to shield it from the solar ejections, as more KBO'S constantly rain down.
Earth needs a global transit system for continued habitation after the exhaustion of crude oil.
Mars is a lot of work. It will require 10000 moons that are lower in orbit, and will thus need to have thrust systems to maintain altitude. These moons are eventually interconnected with controlled electromagnetism and bound wirh filaments. Mars will need to be bombarded with asteroids and KBOs to provide it surface heat and water. Mars will then need three orbital rings to support a giant reflector dish designed to increase the solar value at the surface, and extend the day by expanding the twilight hours over the horizon. This reflection dish would need to be magnetically bound to our orbital rings, as those bound to the interconnected moons. The Moons are going to support density an help bring pressure to provide a thicker atmosphere at the surface level.
The hard part of Mars is injecting material to reactivate the core, a test we will need to hear the songs from earth's distant future.
Beyond that, we look to Cygnus 5 for the next ages. Jupiter, and the other gas giant will only provide supplemental material to the rocky planets as needed to balance and bring atomic diversity to those atmospheres. This means gas giants will only have orbital platforms for a very long time, but one could insert extremely large, and vacuum porous carbon islands to float on the fluids within them, and this could explain the great red spot. It brings new meaning to walking on egg shells...
You have the program, star adding micromoons to lower suface temperatures, and bombard to increase them.
I started laughing when he said let's see what it's like to drive on Mercury and then proceeded to drive in Arizona 🤣🤣🤣
This is my favorite gaming channel
OMG THIS GUY SUPPORTS PLUTO YOOOO GET HIM TO A 3 MILLION SUBBS
I feel great, I feel fresh
One of the best channels ever. Greetings from Germany.
Wow you made all the planets look like Tucson, AZ!
This video should be called "I turned every planet into Arizona'
I'd also metion small detail, that most of rocky planets in Sol except Earth don't have sufficiently strong magnetosphere to prevent atmosphere from being eroded, which simply speaking means that only heavier gases will remain and all lighter ones will escape leaving only negligible amounts behind and pressure will drop drastically. Such seems to be the case of Mars, where dissipation of its magnetic field seems to correspond with time when Mars also lost majority of its water and atmosphere. This apparently occured about 1BY ago and up until that point it is presumed that Mars was quite similar both in amount of water present on surface and atmospheric composition to Earth.
Mercury looks like the most tryptophic terraform planet I’ve ever seen.
NASA is taking notes
Do a video showing what height building you could safely jump from at different gravity levels
Amazing how all the terraformed planets have the same scenery!!!
This video should be titled "Gravity on planets in our solar system". There's very little mentioned about the science behind trying to terraform these planets.
1:44 terraformed mercury 3:23 terraformed venus 5:23 terraformed mars
I want to live longer not because I love what humanity is doing but the curiosity of how far human can go and do in future.
*okay everyone this shouldn’t be this good.*
Action Lab: it's impossible the change the temperature of a planet and will take thousand of years.
Countries with nukes:
It's literally one of the best vdos for me in the entire UA-cam. Thanks for this amazing video 😍😍😍😍😍❤️❤️❤️❤️❤️
1:23 liquid water?
Terraforming Pluto?
Right now: Impossible.
A million years from now: It could happen.
I’m irrationally happy Pluto was included
Earth's minimum tilt 22.1° is 0.26 degrees from a connection to the side of a golden ratio pyramid inside a seed of life. Earth's maximum tilt 24.5° is also 0.26 degrees from matching the corner dimensions of the same golden ratio pyramid inside a seed of life at the 30 degree latitude, where the pyramids are located.
we could also release the gases of the gas giants to their surface/core, then we can start terraforming
Video idea: make planets into black holes
6:42 Glad to see Uranus Terraformed .
Idea 1: terraform the sun
Idea 2: if you can de-terraform planets, de-terraform earth. I want to see what it looks like
IMAGINE MONSTER JAM ON MERCURY OR ANY LOEW LOW GRAVITY PLANET
I love how he used beamng for showing the force of gravity on different planets
moral of the story: terraformed planets look like some place in arizona
Let's take a moment to appreciate the SUV that went to all the planets and took a lot of damage for some petty UA-cam video. Mad respect
This is like the game Spore , but without the native lifeforms.
😎