@@jacobmartinelli7496 Exactly you could with bit of chemistry magic lol turn the elements that make up the acid into useful things like oxygen and water for us. Problem is still Venus is very hot and we need to cool her down like a angry girlfriend she needs to calm down to make her stable and liveable with lol😁
As for the whole moving planets and hear me out why not warp them? Think about it if a warp dive is theoretical possible then why not build a warp net sorta around around planet and warp it at ftl speed to its new destination that way we could precisely move each planet into a optimal position to orbit the Sun plus space weighs or rather has no mass so even a tiny bit of energy put into a warp drive will bend space time around the intended object as it sorta swims through space like pulling water to you and kicking it behind you in order to swim a warp drive is the same in principle only not water it's space time
If the temperature of Venus drops then would not the vapours condense and rain down to the surface? This will surely drop the atmospheric pressure. With clear skies infrared radiation will be axble to escape and thus cool the atmosphere and surface. All this if Venus remained on Mars' orbit.
@Where's the hen? If we moved earth to Venus's position then earth's temperature would exceed 100c and water would boil. That is because at that position earth would receive twice the amount of solar energy. The distance would be 0.7 of what it is now. To calculate the solar energy received you have to divide 1 by 0.7 squared = 2.04.
"How can we terraform Venus?" "let's knock it into Jupiter's orbit by sacrificing another planet and destroying Venus in the process! It'll only take a couple million years for the surface to cool back down again"
More like a water vapor planet. At least until the atmosphere is completely obliterated by the sun. There's a reason Mercury has no atmosphere, you know. If you move Europa to that orbit the water and atmosphere will all evaporate by the sun leaving just a rock and metal core behind, just like Mercury.
Hey, I have a crazy idea that's been tumbling around my head for a while - Putting Jupiter's big moons to be moons of the rocky planets - Callisto and Mercury, Io and Venus, Ganymede and Earth, Europa and Mars and see what will happen with them :)
Since the rocky planets are so close to our star, any moons they capture are not going to be in a stable orbit. Even Earth is slowly losing it's moon, and the minor moons of Mars are not in a stable orbit either. Mercury is never going to keep a moon. Venus isn't going to have one either.
What I'd like to know is, what if it they'd started out in those orbits. Would Venus have a run away green house effect and would Mars have been able to hold onto its molten core and keep producing a strong magnetic field.
One of the reasons for the high atmospheric pressure is the evaporated water that's still trapped inside Venus's atmosphere. Placing Venus in a farther orbit could lower the temperature where the water will turn into liquid, filling depressions the planet and forming lakes and oceans. This would lower the atmospheric pressure and clears the view all around.
You could still make such a story line work, and terriform both recolcated Venus and Mars with additional modifications. Move relocated Mars to about 15 million km from Earth's orbit. Crash (at slow speeds) most of the smaller asteroids, most smaller moon's of Jupiter, Saturn, and Uranus; and Lagrange point asteroids of all three to increase the gravity on Mars; and place Saturn's moon Enceladus as Mars's new moon in a close enough orbit, that it's eruptions of o2 and water fall on Mars. For relocated Venus, also bring closer to Earth, but chemically change its atmosphere to a similar composition, and density as Earth. Then bring Neptune's moon Triton to become the new moon of Venus.
Venus can be terraformed in its current position, but every planet needs special care and consideration to make it properly like Earth. This means that there needs to be a complete change of the atmosphere through precipitation of the Sulphuric acid clouds, chemical transformation into O2 and H2O, as well as a system of shade sails, mirrors and atmospheric reflectants around Venus.
If you give Venus and Mars each a moon of commiserate size and mass analogous to our earth moon system... wpuld it resrart their dynamic magnetic fields ?
Great Video - It would be interesting to See the impact on Mars if you moved it from current location to Earth Orbit - L3 (thats the opposite side of Earth). With 70% Atmospheric Pressure, would it warm up and become Blue Mars...
Aliens come to earth** Aliens: what y’all doing around here Humans: well we’re to throw big shit into bigger shit to see what’ll happen Aliens: ... ummm
After watching this, now I realize how much technology and energy the Corpus from the game Warframe used to terraform Venus. But I'm still thinking about Mars, in the game it is somawhat habitable but desert dry. And I got an idea to explore, could the Corpus really build floating bases in the atmosphere of Jupiter?
I'm really looking forward to this one. Ever since visiting Chris Wayan's site I've been wanting to see somebody do this. [watches video] One thing's pretty clear: if a world in Venus' orbit with barely enough atmosphere to support life cooks, then Venus is NOT on the inner edge of the habitable zone.
This is why looking for life based on habitable zone is bad, earth like conditions and tempuraters can be acheived at nearly any distance. It depends more on conditions of the individual worlds
To shift the orbit of a planet like venus, you put an object in front of it in its orbit. Doing that speeds up the planet gradually, and you would need to do the opposite to slow it down. Still outside of our current limits but it also avoids needless destruction.
Once you have liquid water, the gasses of CO2 and Sulfuric acid will dissolve in the water and then start to precipitate out as Carbonates and Sulfates. These mineral will hydrate, sucking up most if not all the available water very quickly, so you will need to replenish. A lot of heat may be released, so it might actually heat things back up again. It's complicated.
So doesn't this make the whole "habitable zone" a moot point. Considering you had to pull Venus well beyond that point to make it even remotely habitable?
no, because the atmospheric pressure on venus is unlike that of most planets we know of. if an earth-like planet would be in the habitable zone it would theoretically be fine.
I know, right. Why did he put Venus in the boonies? I thought the idea was to with it with Mars. You gotta dump some of that thick atmosphere to make Venus habitable. Until that happens, nothing else matters. If it's too far out there, its conditions will change.
stawberrystar7 AJ Actually something would happen. Titan is incredibly cold and moving it from Saturn's orbit to Earth would increase the amount of solar energy it receives massively.
possibly be a habitable MOON ?..cause its temperature would increase ..and the ice on its surface ..which is several times of what we have in our oceans (A LOT) ....and good thing IT HAS ITS OWN ATMOSPHERE ..so yeah its a good chance we can live there ..with a few modifications to its atmosphere ...cause it does contain some unbreathable gases (methane ..its in liquid from on titan ..but if it were to orbit earth ..Im sure its gonna turn into gas since its much closer to sun now)
If you are assuming a technology level advanced enough to move planets, you likely have at least the equivalent of Star Trek Federation / Star fleet technology... With that level, what of the far better approach to stellar engineering. I would try the following approach instead: - Correct Venus axial tilt to be non-retrograde and around 24 degree tilt - Correct Venus orbital spin to be around 36 hours. - Correct Venus orbital wobble by moving a high density moon into orbit, say dwarf planet Eris - The above actions combined could potentially increase the magnetosphere. Still need to flush the atmosphere... suggest: - Using replicators and/or transporters to thin out the atmosphere and make it breathable. - If using replicators, convert the noxious gases into soil and water We would still have to plant plants and other flora, but that is a far simpler if a bit time consuming process.
I think you completely overlooked at the issue of cool-down or bleed-off of the atmospheric temperature being driven driven by the sun. I think that leaving Venus in Mar's old orbit would give terraforming efforts a better chance. Imagine moving earth to your predicted orbit. Would earth climate be compatible with current life on earth?
Anton, could you please show us how close you could move Mars to earth without destabilizing the planet's orbits? If that works, perhaps you could show us if there's room for Ceres or Europa to fit safely between Earth and Mars?
Is it really accurate that you can put a planet with loads of greenhouse gases out as far away as Jupiter and get liveable temperatures? I thought that at these sort of distances CO2's rayleigh scattering effect would be dominant over its greenhouse effect.
develope electromagnets on venus and mars...when they get closest to each other in their orbits, turn on the magnets and pull them closer to one another, essentially putting both closer to the middle of the “Goldilock’s zone”. Venus cools, and Mars gets warmer, leaving us two alternate planets to terraform and inhabit. And the best part...both planets are closer to Earth, for quicker and easier interplanetary cargo. You’re welcome.
Hi Anton, I have often played with the idea of using Mercury to smasch into Mars to both adjust the speed of Mars to get the orbit closer to Erath, and adding the large metal core of Mercury to Mars and perhaps kreate a magnetic field, so the added mass and a field would make it possible to keep an atmosphere. And then park a moon of suitable size to keep the axis stabil, and perhaps use another moon to add more water. I think it could give a nice planet..
Because of the greenhouse effect on Venus there is little or no temperature difference between poles and equator or light and dark sides. Closer to 20 or 30 degrees would have been comfortable.
In the amerikan tv serie Space:1999 they threw out the Moon of Earths orbit by detonating many nuclear bombs on its surface. Is that even remotly possibly, would not the people on the Moon get killed by either the acceleration or the radiation?
Hello Anton could you put Venus at the Orbit of Mars and them make first Mars hit Venus and then make Mercury hit that Venus Mars Combo and make some 100 000 000 years pass i belive that would Terraform it quite well.
If Venus was placed out by Jupiter, it might be nice for a short while. BUT, being 10C, the water vapor would start precipitating out of the atmosphere. It would rain for centuries, I think. Oceans would fill up. Water vapor would leave the atmosphere. The planet would get colder. A LOT colder. It would become an ice planet. Better to have kept it at Mars location. It would cool eventually there, but maybe stabilize at a better state.
What would be within the scope of human energy to perform in our solar system to allow other planets or moons to be inhabited? Also, if Venus was given enough spin (through a collision) could it develop a magnetosphere strong enough to protect itself at it's current orbit? Also, for that matter could an impact do the same for Mars?
How about moving Venus to the Earth orbit and parking it on the opposite side to Earth while putting all efforts into reducing Venus atmospheric pressure? :)
![Noob To Max With DRAGON REWORK In Blox Fruits [FULL MOVIE]](http://i.ytimg.com/vi/LnBMOinoOvA/mqdefault.jpg)
Anton, I've been here since 2 thousand subs and honestly I'm proud how far you've come 50 000 thousand subscribers! keep up the vids Anton 😀
4 YEARS AGO AND ONLY ONE LIKE!!!!!??
Over 1 million now!
won't the sulphuric acid clouds condense and create lakes of sulphuric acid?
Or probably form into other sulfur compounds. I think that this program doesn't do a good job simulating things like that.
Cosmic Supersta
sulphuric acid could be turned into hydrogen, oxygen and suler, so breathable atmosphere and water along with sulfur.
@@jacobmartinelli7496 Exactly you could with bit of chemistry magic lol turn the elements that make up the acid into useful things like oxygen and water for us. Problem is still Venus is very hot and we need to cool her down like a angry girlfriend she needs to calm down to make her stable and liveable with lol😁
As for the whole moving planets and hear me out why not warp them? Think about it if a warp dive is theoretical possible then why not build a warp net sorta around around planet and warp it at ftl speed to its new destination that way we could precisely move each planet into a optimal position to orbit the Sun plus space weighs or rather has no mass so even a tiny bit of energy put into a warp drive will bend space time around the intended object as it sorta swims through space like pulling water to you and kicking it behind you in order to swim a warp drive is the same in principle only not water it's space time
If the temperature of Venus drops then would not the vapours condense and rain down to the surface? This will surely drop the atmospheric pressure. With clear skies infrared radiation will be axble to escape and thus cool the atmosphere and surface. All this if Venus remained on Mars' orbit.
If Universe sandbox worked well.
Also if Mars temperature increases would it not create an atmosphere from the melting gases.
@Where's the hen? If we moved earth to Venus's position then earth's temperature would exceed 100c and water would boil. That is because at that position earth would receive twice the amount of solar energy. The distance would be 0.7 of what it is now. To calculate the solar energy received you have to divide 1 by 0.7 squared = 2.04.
@Where's the hen? you were right about the seasons, thanks.
yeah anton seemed to give zero fuqs about this topic
"How can we terraform Venus?"
"let's knock it into Jupiter's orbit by sacrificing another planet and destroying Venus in the process! It'll only take a couple million years for the surface to cool back down again"
😂
@NA Phiri Bruh dont be a pessimist some of us could live that long
@@are3287 he said we might not be able to move venus in hundreds of years nobody would survive that long
What if you placed Europa in Mercurys spot?
YAY
Ocean planet it will be
More like a water vapor planet.
At least until the atmosphere is completely obliterated by the sun. There's a reason Mercury has no atmosphere, you know. If you move Europa to that orbit the water and atmosphere will all evaporate by the sun leaving just a rock and metal core behind, just like Mercury.
The sun will vaporize its atmosphere
It will be like a gigantic comet
Hey, I have a crazy idea that's been tumbling around my head for a while - Putting Jupiter's big moons to be moons of the rocky planets - Callisto and Mercury, Io and Venus, Ganymede and Earth, Europa and Mars and see what will happen with them :)
Jeansowaty how about Ganymede and Mercury lol
Since the rocky planets are so close to our star, any moons they capture are not going to be in a stable orbit. Even Earth is slowly losing it's moon, and the minor moons of Mars are not in a stable orbit either. Mercury is never going to keep a moon. Venus isn't going to have one either.
Even We Can’t Handle A Moon! It’s Leaving us By 2CM each year!
@@resetplayz53 Actually, the moon will recede to point, and then it will reverse and spiral inwards.
Andrew Luimes So Binary Orbit?
What I'd like to know is, what if it they'd started out in those orbits. Would Venus have a run away green house effect and would Mars have been able to hold onto its molten core and keep producing a strong magnetic field.
One of the reasons for the high atmospheric pressure is the evaporated water that's still trapped inside Venus's atmosphere.
Placing Venus in a farther orbit could lower the temperature where the water will turn into liquid, filling depressions the planet and forming lakes and oceans. This would lower the atmospheric pressure and clears the view all around.
Thank you. I'm glad someone acknowledged this as a pertinent variable.
Venus is a sulphuric hell-hole because it has runaway volcanism. If you don’t stop the volcanoes everything else is pointless.
David Elliott It used to have volcanoes. The volcanoes are all extinct now on Venus
Hey Anton Keep Up The Good Work.
Well, that kills my future storyline about transposing the orbits of Venus and Mars to make them more terraformable. Thanks, Anton.
You could still make such a story line work, and terriform both recolcated Venus and Mars with additional modifications.
Move relocated Mars to about 15 million km from Earth's orbit. Crash (at slow speeds) most of the smaller asteroids, most smaller moon's of Jupiter, Saturn, and Uranus; and Lagrange point asteroids of all three to increase the gravity on Mars; and place Saturn's moon Enceladus as Mars's new moon in a close enough orbit, that it's eruptions of o2 and water fall on Mars.
For relocated Venus, also bring closer to Earth, but chemically change its atmosphere to a similar composition, and density as Earth. Then bring Neptune's moon Triton to become the new moon of Venus.
Why terraform it? Venus is perfect for *cloud cities*
Lando approves this message.
TheExtremeEvoker I know this is old, by Jupiter has no surface, and the gravity will always try to bring you down.
Union Lord but in order to mine Venus we would need to terraform it
Union Lord simple answer, exploration.
Union Lord more importantly it’s an excitement and step in the right direction
Venus can be terraformed in its current position, but every planet needs special care and consideration to make it properly like Earth. This means that there needs to be a complete change of the atmosphere through precipitation of the Sulphuric acid clouds, chemical transformation into O2 and H2O, as well as a system of shade sails, mirrors and atmospheric reflectants around Venus.
The more interesting question is what if Venus formed in Mars's orbit --cooling more rapidly,etc
What if you switch places of Venus and Mars when Venus was habitable and wait until present?
If you give Venus and Mars each a moon of commiserate size and mass analogous to our earth moon system... wpuld it resrart their dynamic magnetic fields ?
Thank you.
Would it crash into mercury in that closer orbit? It looks like it would eventually.
Venus is more massive so if anything, Mercery would crash
It is far more likely that one (or both) of them would be ejected rather than for them to collide.
i got hit by a nostalgia wave
Great Video - It would be interesting to See the impact on Mars if you moved it from current location to Earth Orbit - L3 (thats the opposite side of Earth). With 70% Atmospheric Pressure, would it warm up and become Blue Mars...
Or Sol-Earth L4 or L5. Those are more stable anyway.
Aliens come to earth**
Aliens: what y’all doing around here
Humans: well we’re to throw big shit into bigger shit to see what’ll happen
Aliens: ... ummm
Very fun and enlightening!
After watching this, now I realize how much technology and energy the Corpus from the game Warframe used to terraform Venus. But I'm still thinking about Mars, in the game it is somawhat habitable but desert dry. And I got an idea to explore, could the Corpus really build floating bases in the atmosphere of Jupiter?
I'm really looking forward to this one. Ever since visiting Chris Wayan's site I've been wanting to see somebody do this.
[watches video]
One thing's pretty clear: if a world in Venus' orbit with barely enough atmosphere to support life cooks, then Venus is NOT on the inner edge of the habitable zone.
if the temp drops wouldn't the atmospheric pressure also change?
This is why looking for life based on habitable zone is bad, earth like conditions and tempuraters can be acheived at nearly any distance. It depends more on conditions of the individual worlds
Anton you are awesome, Can you do a video about explaining a habitable zone for our galaxy and maybe others?
Hi Anton. If you put venus in the asteriod belt would t the adteroids be flung out of orbit ?
I feel like it's no coincidence that old videos about the habitability of Venus are suddenly filling my recommendation feed today...
Why couldn't you harvest asteroids from the belt to bombard Mars and add both mass and water? Of course this would tske hundreds of years.
Chad Rushing the entire asteroid belt would pretty much insignificant on the gravity of mars
To shift the orbit of a planet like venus, you put an object in front of it in its orbit. Doing that speeds up the planet gradually, and you would need to do the opposite to slow it down. Still outside of our current limits but it also avoids needless destruction.
Once you have liquid water, the gasses of CO2 and Sulfuric acid will dissolve in the water and then start to precipitate out as Carbonates and Sulfates. These mineral will hydrate, sucking up most if not all the available water very quickly, so you will need to replenish. A lot of heat may be released, so it might actually heat things back up again. It's complicated.
What program are you using? Is this Universe Sandbox 2?
yeah
Its grand theft auto VI
Should throw Europa around Mars aswell.
Does it take tidal friction into account?
Really confused me but I loved it.
With what you're talking about would it take more energy than to do warp drive?
So doesn't this make the whole "habitable zone" a moot point. Considering you had to pull Venus well beyond that point to make it even remotely habitable?
no, because the atmospheric pressure on venus is unlike that of most planets we know of. if an earth-like planet would be in the habitable zone it would theoretically be fine.
I know, right. Why did he put Venus in the boonies? I thought the idea was to with it with Mars. You gotta dump some of that thick atmosphere to make Venus habitable. Until that happens, nothing else matters. If it's too far out there, its conditions will change.
BlackSuave44 does not matter since Venus rotates every 243 days. It would not be habitable.
@@araymond1able If you can move Venus, changing the rotation is not that big a challenge.
ANTON I hope you read my question :
WHAT WOULD HAPPENED TO TITAN IF IT WOULD ORBIT EARTH !!!!???
Listen to me Nothing
stawberrystar7 AJ Actually something would happen. Titan is incredibly cold and moving it from Saturn's orbit to Earth would increase the amount of solar energy it receives massively.
possibly be a habitable MOON ?..cause its temperature would increase ..and the ice on its surface ..which is several times of what we have in our oceans (A LOT) ....and good thing IT HAS ITS OWN ATMOSPHERE ..so yeah its a good chance we can live there ..with a few modifications to its atmosphere ...cause it does contain some unbreathable gases (methane ..its in liquid from on titan ..but if it were to orbit earth ..Im sure its gonna turn into gas since its much closer to sun now)
Exxon would pump it dry.
Listen to me I don't respect people who talk in caps
If you are assuming a technology level advanced enough to move planets, you likely have at least the equivalent of Star Trek Federation / Star fleet technology... With that level, what of the far better approach to stellar engineering.
I would try the following approach instead:
- Correct Venus axial tilt to be non-retrograde and around 24 degree tilt
- Correct Venus orbital spin to be around 36 hours.
- Correct Venus orbital wobble by moving a high density moon into orbit, say dwarf planet Eris
- The above actions combined could potentially increase the magnetosphere.
Still need to flush the atmosphere... suggest:
- Using replicators and/or transporters to thin out the atmosphere and make it breathable.
- If using replicators, convert the noxious gases into soil and water
We would still have to plant plants and other flora, but that is a far simpler if a bit time consuming process.
Is Series a habitable planet?
Did you do a galactic collision in 360? If not that would be really cool.
What's the programm you are using called?
love This channel
This is pretty cool, what program are you using
universe sandbox I'm pretty sure
Kepler: cAlM dOwN
What program are you using for these simulations?
If we move venus near to Jupiter, it can lead to loss of atmosphere right?
Great concept! What if Venus started out on the position of Mars? Most of The CO2 would be still in the ground and there would be a lot more H2O.
great job, keep it up :D
Pluto in Mercury spot
What kind of software programme are you using, it looks awesome
Universe sandbox 2
I wanted to know how much energy would be required to move venus in terms of annual human energy consumption?
Always sounds more interesting. This started as a gaming channel. 😆
2021 brings us real time rover wars on Mars... 🙏
what of Pluto's moon and Earth's moon switched places?
Beyond W01F pluto would be crushed
Hey Anton, can you pls tell us about Alcubierre drive?
good idea, thank you
It would require one Helluva trailer hitch to tow Venus closer out towards Mars’ orbital area
instead of hitting venus wouldn't it be possible to move it by wobbling it using a reasonably large asteroid?
Can you make the moon similar to Io's using a different gas giant?
Wouldn't the atmospheric pressure drop with the temperature due to gasses condensing to liquid?
didn't wait for the planets to adjust, didn't even wait a year!
Does the Universe sandbox simulate the TIME it takes to Venus to cool down if moved further away?
If you did this to Venus would it end up getting water again?
What program is this??
Wait we could save Earth In 1 Billion Years With all that energy GENIUSSSSS
How is 90atm better than 0.09atm to deal with?
If we had another planet on the opposite side of our orbital belt what would happen and would we be able to see it?
What program is this :D ?
universe sandbox
I think you completely overlooked at the issue of cool-down or bleed-off of the atmospheric temperature being driven
driven by the sun. I think that leaving Venus in Mar's old orbit would give terraforming efforts a better chance. Imagine moving earth to your predicted orbit. Would earth climate be compatible with current life on earth?
so what would happen if you switch Mars and mercury
What would happen if a certain star had more mass than a black whole
Nice question
Once we get good at making metallic hydrogen we should be able to create potent magnetic fields wherever we might need one.
Anton, could you please show us how close you could move Mars to earth without destabilizing the planet's orbits? If that works, perhaps you could show us if there's room for Ceres or Europa to fit safely between Earth and Mars?
Is it really accurate that you can put a planet with loads of greenhouse gases out as far away as Jupiter and get liveable temperatures? I thought that at these sort of distances CO2's rayleigh scattering effect would be dominant over its greenhouse effect.
What is this simulator software called or is there any website?
It’s called universe sandbox 2
develope electromagnets on venus and mars...when they get closest to each other in their orbits, turn on the magnets and pull them closer to one another, essentially putting both closer to the middle of the “Goldilock’s zone”. Venus cools, and Mars gets warmer, leaving us two alternate planets to terraform and inhabit. And the best part...both planets are closer to Earth, for quicker and easier interplanetary cargo. You’re welcome.
7:41
Venus 4.867^10-24KG @ 25KM/s = 1.5209375e+33 J/sec. (@48KM/s = 5.606784e+33 J/sec.
Hi Anton, I have often played with the idea of using Mercury to smasch into Mars to both adjust the speed of Mars to get the orbit closer to Erath, and adding the large metal core of Mercury to Mars and perhaps kreate a magnetic field, so the added mass and a field would make it possible to keep an atmosphere. And then park a moon of suitable size to keep the axis stabil, and perhaps use another moon to add more water. I think it could give a nice planet..
Use Io as the moon of that planet
What If Rigel Entered our Solar System
To terraforming Venus to habitat is lower tempeture by convert Co2 to oxygen by planting plant , plant use Co2 and release Oxygen
Is this a program someone could buy?
yes, universal sandbox 2, steam has it
Because of the greenhouse effect on Venus there is little or no temperature difference between poles and equator or light and dark sides. Closer to 20 or 30 degrees would have been comfortable.
In the amerikan tv serie Space:1999 they threw out the Moon of Earths orbit by detonating many nuclear bombs on its surface. Is that even remotly possibly, would not the people on the Moon get killed by either the acceleration or the radiation?
Those 360 videos are great. I thought U would stop time when I went through the black hole. In 1 of them.
i hope in future we might play with planets in real life just like universe sandbox
what would mars and venus look like today if venus had originally formed where mars is now and mars had formed where venus is now?
Hello Anton could you put Venus at the Orbit of Mars and them make first Mars hit Venus and then make Mercury hit that Venus Mars Combo and make some 100 000 000 years pass i belive that would Terraform it quite well.
How about dropibg ice comets on venus instead or developing a tech to deplete its atmosphere? This could be done in 2,000 years instead!
By the way our each wont even be habitibale 600,000,000 years from now so waiting 1/6 of that time on venus is useless
or a better question. what if venus and mars were in each others positions all togther?
If Venus was placed out by Jupiter, it might be nice for a short while.
BUT, being 10C, the water vapor would start precipitating out of the atmosphere.
It would rain for centuries, I think.
Oceans would fill up.
Water vapor would leave the atmosphere.
The planet would get colder. A LOT colder.
It would become an ice planet.
Better to have kept it at Mars location.
It would cool eventually there, but maybe stabilize at a better state.
Yes, I am wonderful person!
What would be within the scope of human energy to perform in our solar system to allow other planets or moons to be inhabited? Also, if Venus was given enough spin (through a collision) could it develop a magnetosphere strong enough to protect itself at it's current orbit? Also, for that matter could an impact do the same for Mars?
What would happen if earth dissapeared from
the system?
leaving Venus where it is, how much atmosphere would we need to strip to make it habitable?
too much it would no longer be able to support like anyway
wiare leaving for venus...........does anybody know what i just sed?
about 80 atmospheres less
You do realize the temperatures in us2 change over time and aren’t instant right?
How about moving Venus to the Earth orbit and parking it on the opposite side to Earth while putting all efforts into reducing Venus atmospheric pressure? :)
What game is this
Cool. Thanks anton
What would happened that Earth in a twins star?
If you shoved a series and it wouldn't increase the mass of Venus to be bigger than the earth?
A day on Venus is more than 23,000 hours? Right?
what app is this
LOL. It ain't an app, it's the granddaddy of the app - computer software.
At 91 atmospheres, the air would literally crush a human.
Yay BLOOD SAUCE AND GRAVY WITH MASHED HUMANS