What If All the Planets of the Solar System Were in the Habitable Zone?

[@WhatIfScienceShow]

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[@kanikasinghal4455]

The video is cool

[@STICKOMEDIA]

How do you guys keep coming up with this crazy stuff

[@Ironcammandoo]

Humans 0 Saiya-jin 1 to 6 Angels 7 😇 Kalki Ironman 5th matriya buddha 8th arc Angel 11th satguru 13th imam and 24th avatar after 2026 😎 Almighty God 9 😇 Humans type 2.5+ after 2026 by Kalki Ironman (christ in the white horse)(son of man on clouds) type 7 and 8 😎 Jarvis the world’s first artificial intelligence (parrot) 😎 Cuz Kalki is ironman batman and every super heroes combined after 2026 😎 Jarvis world’s first artificial living being (just like vision in marvel universe)😎 Made of Quantum and sub quantum particles 😎 Power source quantum energy arc reactor (type 7) level technology 😎 Kalki Ironman going to have every kind of arc reactor like:- type 1 Nuclear fission, nuclear waste, hydrogen fusion, type 2 3 4 5 antimatter arc reactor (solid liquid gas), type 6 electro quantum arc reactor, and type 7 Quantum arc reactor, type 8 limitless quantum energy arc reactor without quantum particles 😎 Kalki Ironman going to have sun in a box million billion tons of hydrogen nuclear fusion reactor type 2 3 4 5 just like sun and stars in the palm of his hand ✋🏻😉😇😎

[@vpsgaming3277]

What if Arishem was Real?

[@ethanjacobrosca7833]

I want to join the Discord Server. Can someone please send me an invite? The one on their YT channel and videos is expired.

[@ethanjacobrosca7833]

Well you forgot to mention one thing. If you pushed Jupiter, Saturn, Uranus, and Neptune to where the Sun’s habitable zone is today, they would probably heat up to the point that they would lose their atmospheres because the intense heat will make all of their lighter elements boil off. All that would be left of them would be their rocky cores. There’s a reason why there are no gas giants nearer to the Sun than Jupiter.

[@ladyselenafelicitywhite1596]

That's not entirely accurate. There are "Hot Jupiters" orbiting other stars.

[@ethanjacobrosca7833]

@@ladyselenafelicitywhite1596 how are these “Hot Jupiters” able to hold on to their lighter elements despite the fact that they are so close that the heat of the their parent star would strip them away?

[@ladyselenafelicitywhite1596]

@@ethanjacobrosca7833 I don't know for sure. You would have to ask an expert in that field of astronomy. I am merely informing you of their existence. As far as I understand it, they form further away from their star then drift inwards. I think it's impossible for such a planet to form closer to a star, but once it has formed its gravity is sufficient to prevent its lighter elements from being striped away after it drifted closer to its star.

[@aadityabiswas7656]

they also forgot to mention one thing that is much more grave , if we push all planets to the habitable zone all the asteroids in the asteroid belt would start leaving their orbit and potentially head to a collision course with all the planets. some asteroids could collide with smaller planets (if earth gets lucky and doesnt get hit ) and spread a wave of space debris which could be harmful for earth

[@nicvntine]

@@ladyselenafelicitywhite1596 most of these hot jupiters are loosing its atmosphere tho

[@ComicalRealm]

"What If All the Planets of the Solar System Were in the Habitable Zone?" Humans: *_It's free real estate_*

[@BiG-JuPO1O1]

It wouldn't work out honestly, it might lead to few planets colliding to pushing planets to the sun or further out of the solar system.

[@arikorose]

@@BiG-JuPO1O1 Oh hi Jupiter!

[@Philanium]

@@BiG-JuPO1O1 REMEMBER COLLIDING WITH ME!? *Turns 10X The Size Of Jupiter*

[@Edzziss]

@@BiG-JuPO1O1 planets size

[@bouncy372]

I also collided with uranus last night

[@ThePeterDislikeShow]

It's more than just habitable zone, the size and gravity also needs to be right. E.g., the moon is also in the habitable zone but it doesn't hold an atmosphere and thus the temperature varies too much for liquid water or any other liquid solvent.

[@sciencerscientifico310]

The same is true to an extent for Mars. Mars is in the habitable zone of our solar system, but it doesn't have a magnetic field and thus most of its atmosphere was stripped away around 3 billion years ago.

[@X3MgamePlays]

I am glad you mention this. Because they studied what would happen if Venus and Mars would switch places. And it turns out. Mars becomes warmer. But more or less like the moon. While Venus would only drop a few degrees to, idk the number, but between 200 and 400 celcius. And then stays there.

[@flecx9767]

As far as i know, venus and mars are in the habital zone, both could have kept live for millions if not billions years.

[@dothelukaszkillchain8036]

​@@flecx9767they used to be in the habitle zone

[@dothelukaszkillchain8036]

A planet called Theia colidded with earth and that's how the moon got created

[@tonycave48]

Could you just imagine having a vacation on another planet? It’d be so cool.

[@ichiro1083]

Yeah I agree!

[@TheseEyesSeeDarknessClearly7]

Future humans will do that but everyone alive right now will be dead and forgotten.

[@ijustlikebees]

I've dreamt of doing that since I was a child

[@lunaticbseker]

lets have a vacation on Uranus shall we

[@ricoy.9258]

Fifth Element

[@Cotten-]

The atmosphere itself has to do with why water doesn't boil away. It's not just the Goldilocks zone. Other planets in this region would also have to have the same atmospherical conditions hold water.

[@mikeberkshire8579]

"With current technology, you could planet hop within 90 days" Drew Binsky: "challenge accepted!"

[@Grason20]

Travelled the world, other planets next!

[@sciencerscientifico310]

Well, two or three of the planets in our solar system already are located in the habitable zone, Venus, Earth and Mars. Now, whether Venus is in the habitable zone is debatable, but Mars definitely is. If Mars had a magnetic field and a far thicker atmosphere, the planet would be habitable. If Venus wasn't choked by its runaway greenhouse effect that immures way too much heat, that planet would be habitable.

[@pinedaplus6438]

Ah ok

[@NazriB]

Lies again? PS4 HZ

[@khalilahd.]

It’s incredible how much I learn from these videos, and they’re so entertaining!

[@WhatIfScienceShow]

Thank you, we appreciate your support!

[@willekln]

I'm happy with the way this solar system is currently structured😄

[@ladyselenafelicitywhite1596]

Me too 🙋🏼‍♀️

[@inpulible]

Same

[@damienkilcannonvryce]

Yes indeed lol

[@pauljones6212]

Totally agree. I’m happy with our solar system as is. However, it would be nice that, in our exploration outside the solar system, we came across planets capable of supporting human life. And of course was close enough that, with some huge advances in technology in the distant future, we could actually get to someday to colonize. I realize there are many people who say that the human colonization of other planets, both within and outside our solar system is not even a possibility. Perhaps they’re right, but what would be the harm in at least trying to do it. Although I am an optimist on most things in life, I’m not hopeful of humans’ long term prospects if we have to stay on earth indefinitely.

[@krisgonynor689]

You could put Mercury in orbit around Venus and move both of them a little farther out, that would help make Venus habitable and Mercury may even pull enough of Venus' atmosphere off onto itself to give itself its own habitable zone. You could move Mars into orbit around Saturn, close enough for Saturn's magnetic field to protect it as well as use Mars' gravity to pull of some of the outer atmosphere of Saturn for itself. The biggest issue is Jupiter. It would either pull everything into orbit around itself, throw planets out of the system, or even pull them in for a collision. I guess you could push the 4 gas giants together to form one super Jupiter, then move it into the habitable zone, and then move the other planets into stable orbits around the new super giant planet. But if you that level of technology, you'd be colonizing the galaxy and terraforming more earth-like worlds rather than play games here in our own home system.

[@birdbird7685]

LoL well said

[@jmsessn]

well calculated

[@stevelowe2647]

@@jmsessn well guessed.

[@sristi_bhattacharjee]

But if we had a super Jupiter won't that be a problem as well? I mean, Jupiter already is huge, think about a super Jupiter, won't it pull everything towards itself for collision including Earth too? Guess I'm sounding dumb I'm sorry:)

[@stevelowe2647]

@@sristi_bhattacharjee no it would have an effect, & for sure pull some stuff out of its current trajectory, but a super jupiter wouldn't over power the sun, so it wouldn't take over the gravity in the local area, just have more of an effect. It'd probably end up being a ringed planet though, as I'm sure it would bring a few moons into its atmosphere.

[@RESPONDI433]

They did wonder if there was an earth behind the sun but I think that has now been proven not to exist by space probes. It's probably the only way another habitable zone planet could exist safely, and it would need a similar size moon.

[@shivpatel5413]

what are u talking about?

[@philomelodia]

@@shivpatel5413 another planet in our same solar system exactly across the sun from us but exactly the same distance from it.

[@KacperMaster26]

Even if Venus were to suddenly appear in the habitable zone it would still quite be uninhabitable. It’s atmospheric pressure is 9,000,000 Pascals or 95 Bar (95 times the atmospheric pressure at Earth's surface). You would get crushed instantly on the surface. Furthermore, the magnetic field of Venus is also about 10 times smaller than the earth's magnetic field, meaning radiation would be a huge problem despite being in the habitable zone. Venus twirls at a leisurely pace on its axis, with its surface taking 243 Earth days to complete one rotation. However, the hot, deadly atmosphere of Venus spins nearly 60 times faster than its surface, whirling around the planet once every 96 hours, an effect known as super-rotation. This would be quite problematic for our colonists and life overall due to the 186 mph wind speed. (300 km/h). Venus is also a very geologically active world, previous research suggests that Venus possesses more than 1,600 major volcanoes, and could have more than 100,000 or even more than 1 million smaller volcanoes. Another variable to consider is the greenhouse gas effect. Even if Venus were in the habitable zone, it’s temperature would still be very, very high due to the extremely thick atmosphere. This dense atmosphere would result in a lot of heat being trapped on the surface. The planet would still be scorching hot. To top it all off, the atmosphere is mostly C02 (carbon dioxide) with clouds composed of sulfuric acid. So the atmosphere isn’t oxygenated and quite toxic to humans. TL;DR Due to Venus’ problematic variables and characteristics. The planet would still be uninhabitable despite being in the habitable zone.

[@rakhimitra2193]

Maybe in The FAR Future, We can Invent Technology To Slowly Take Away the Greenhouse Gases (And Sulphuric Acid) of Venus along with Co2 and Maybe Transport enough o2 to Merge with the Hydrogen to Form Water?into Venus, Maybe Somehow making Most of the Volcanos Dormant Don't Know about the Atmospheric Pressure tho

[@Avaitor_YT]

He talks to us like were a genius mastermind and a 5 year old at the same time.

[@Avaitor_YT]

@@Your_random_babymonster_fan, ehh, I guess.

[@nmoney6655]

Kid: how’s your parents Me:good They just brought a vacation planet

[@nicvntine]

I always wondered what would happen if enceladus of europa were on the habitable zone. Perhaps (if there isn't life already) sunlight would kickstart the process of creating life.

[@Gettinsketchyonbourbon]

I’d be interesting to think of what the world would be like with other habitual planets. Considering where we were at as a society when we first figured out how to go to space.

[@jasonmarin8187]

What if the internet never existed?

[@zeeshanahmed3076]

Ask about the childhood of your grandfather. You will get your answer.

[@jhoonciano0911]

Tell me you're Gen Z without telling me you're Gen Z

[@murloc_rampage3856]

Honestly, mining things from space is what makes the idea of a space elevator being so important. Not having to take off or re-enter orbit deletes a lot of energy and gas use. It's just too bad it isn't a feasible idea. Maybe one day.

[@Arif-bh4gy]

Next Suggestion : What If you accidently drank a bucket that fills with water and leech

[@joshgellis3292]

All of the planets being in the Habitable Zone is only ONE requirement for those other planets to actually be habitable. Some have ammonia rain. Yeah…

[@olivernirenberg3566]

cough *Jupiter* cough

[@PlanetGuy901]

You could still terraform Mercury, Venus, Mars & some of the major moons of Jupiter, Saturn, Uranus & Neptune. We’re not counting dwarf planets, so Ceres, Pluto, Haumea, Makemake & Eris would still be completely uninhabitable because they’d all be outside of the habitable zone.

[@dathyr1]

You come up with some interesting and crazy "What IF's" it would be a pretty interesting night sky to look at if all the planets were closer to us. There are many many things that make this highly impossible to happen. Couple things, Even if they were all habitable planets, each would have a significant gravity difference living on them. I dont think they could be in the same orbit, they might bump into each other with the size and speeds. Our Earth could be a moon to some of these other planets. i highly doubt that this is even feasible, but if by some very very slim chance it could of happened, it would be quite exciting to have 9 planets we could live on or visit. But we will never know, back to reality.

[@keithjackson6865]

I have been asking you guys to do this forever thank you !!!

[@WhatIfScienceShow]

Thank you for watching! We are glad to have made your question into one of our episodes.

[@vidquid5651]

What if is the best yt channel which quenches my curiosity, its even better when you add your own views on the things and it legit turns into a dope topic to argue about XD

[@DevilhardBhai]

He have a one more channel name what if Hindi

[@WhatIfScienceShow]

Thank you for your support, we appreciate it! 🙂

[@addison1134]

My mind is blown. So if we can planet hop in 90 days with today's technology, then how long would a trip to the moon take?

[@strawberrydeathOK]

i believe abt 3 days

[@mars-jr5uu]

@@strawberrydeathOKhii😊

[@strawberrydeathOK]

@@mars-jr5uu hey

[@mars-jr5uu]

@@strawberrydeathOK how are you?!

[@strawberrydeathOK]

@@mars-jr5uu i’m good how r u

[@lucid3757]

The fact he makes all these super ineresting vids is so cool and i love them! TANKYOU!!!!

[@cubah1]

Could you imagine all the gravitational mayhem with all those moons and planets?

[@FrediTheScrabbleFan]

Idea: What If You Filmed a Movie on the Moon?

[@terenceabidis7492]

This is interesting

[@WhatIfScienceShow]

Thanks for watching!

[@kushagradeshmukh377]

If all the planets were habitable Me:"mommy where are we going for this year's summer vacation" Mommy: "Jupiter"

[@lunaticbseker]

Dad: "Uranus"

[@jeffereyhopkins750]

You are forgetting Totan, Saturn moon as a habitual place since it already has a nitrogen rich atmosphere

[@tasty2053]

my guy discovered new moon called totan

[@amphiphone]

Why all of sudden I got so many astronomy stuffs recommended to me 0.0 I love this

[@JC_Cali]

This would definitely make space tourism more interesting!

[@Bruhman_16]

Fun fact: mars is also in the habitable zone mars just got to cold for water

[@dexteraguirre2814]

Maybe because it's a little further

[@kyngEli9221]

All the planets: *gets invited to the party* The earth: it’s getting a little tight in here 😐

[@JuniorAndYou]

4:51 I saw a planet going into the sun and it switched to the other scene when it was close that's a we will be right back moment

[@sammygrant1956]

Do this video: What if all the planets in the solar system (including Earth) were combined? Would it have 4 sets of rings? Would we be able to see the views of all the hydrogen oceans and stuff? Would Earth still support life with all those rings and hydrogen and water and dust and oceans and gas?

[@shivensaini3643]

Why would even Goldilock zone matter ?, Liquid state of water also depends on the atmospheric pressure of the planet.

[@cubah1]

Even if you moved venis at this point, It won’t change. It’s too far gone with its thick Sulfur clouds and all the heat it has trapped.

[@harrietharlow9929]

Now this is my kind of chaos and disaster. Great job, What IF!

[@kanikasinghal4455]

It's cool

[@WhatIfScienceShow]

Thanks!

[@vickclive1398]

Surely there must be a designer behind all this. The creation is so accurate. Such don't just happen by chance

[@Name-rl7lv]

Yes stuff like this does happen by chance

[@Lovely_Catherine]

This is the reason why i love learning sains and about all the planets. 😃

[@nikkiberry1203]

So interesting can’t stop watching

[@christiabacon8001]

I'm so interested in planets,everytime there is a video about it on what if,I can exicted!🤘

[@phoenixspirit6014]

Now thats what i like to watch on what if. Great stuff

[@Thenoobestgirl]

This video is complete chaos

[@stickynorth]

Totally my favourite new channel...

[@giselauchis]

Mars: Earth, i'm starting to think this is a really bad idea Júpiter: i'm not earth, i'm Júpiter, i thought you were earth Mars: no, i'm Mars Earth: you're Mars? Where's Venus? Mars: who are you? Earth: i'm earth Saturn: guess who i am you guys

[@spatchuex]

"So hot on this beach... I'm still happy though because it's my vacation!" *sun-bathing on mars while drinking a pina colada*

[@billclarke5916]

you forgot to mention the reason that Mercury, Venus, and Mars have no life is because they have no magnetic field, and their atmospheres were stripped away hundreds of millions of years ago. So moving them to the habitable zone wouldn't do any good.

[@ryanhassett3733]

Not entirely accurate Venus and mars both have atmospheres

[@rakhimitra2193]

Mars Has a Atmosphere. It just doesn't have a Magnetic field Also I'm Pretty Sure Venus has both Atmosphere and a Magnetic Field. It's just how Dense the Place is Along with the Sulphuric acid Clouds and Greenhouse Gases Fillef up Atmosphere That prevents it being Habitable

[@u.deleted]

@@ryanhassett3733 Not good enough for life though

[@Lecultedumicro-ondes]

More like too good for Venus.

[@avejoe]

Love this Video!

[@Cysfer]

What if you just had all the other planet have the exact same orbit as Earth just in different periods of the orbit?

[@Kheoxo]

The start of the video is literally like one of my dreams

[@AidanAnimatezYT]

What if every planet were in the habitable zone? Me:Now we don't have to worry about the over population:)

[@minecteddifyLOL]

How many videos do you want in your video? What if: yes

[@JoseMolina-ij3xx]

Another show you should do is what would happen to each indivivdual planet if they were in Earth's orbit scenario, instead of all planets in the same zone.

[@OFE-wo2zo]

4:48 - One of the inner rocky planets collided with Jupiter, yet just kept going like nothing happened.

[@trueffetbysyqual]

Yeah lol Jupiter just straight up doesn't care

[@mariobroultimate1808]

It takes more than simply being in the habitable zone to actually be "habitable". This video proves that.

[@Paleblueball]

I just thinking about exchanging orbits of inner and outer planets after watching your discovering earth 2.0 video, and this video suddenly appears...

[@fazbrogaming7776]

I like to think that if there are other planets out there that support life, what if there habitable zone is different to ours, what if there are creatures that need to live on a planet who is as far away from there sun as Pluto is from ours? Or vise versa. Who knows?

[@yogeyjones8354]

I must add that the planets in other habitable zones, out of the 14 habitable zones we have never found one outside earth that has over 4. Earth (obviously) has all 14. We're so unique!

[@trueffetbysyqual]

If you add it in the other zones then chaos would happen to Earth, example Jupiter, there's alot of cases where it pulls a comet/asteroid to itself to protect Earth.

[@shreeanshushahakar5903]

Well, you forgot to mention that even if Venus was in the habitable zone, it would still be as hot as it is now because of the thick atmosphere.

[@NHC685]

"Solar System War"/"War of all Worlds" Greetings from the Philippines!

[@Iamapotato234]

Idea: what if everything (including the moons,dwarf planets) except the 8 planets and the sun clumped together

[@strawberrydeathOK]

intresting~!!!!!

[@trueffetbysyqual]

Black holes would destroy everything and ummm, space of darkness

[@TheCommentSmerf]

I’m convinced the staff of What If gets high during their strategy meetings and we get to benefit from the results of such a meeting.

[@TheRabidRaccoon]

You forgot Pluto and yes Pluto is a planet. It has always been a planet and always Will be.

[@ahmedsenussi8232]

If the other planets were that close wouldn't Jupiter be able drag Earth around its orbit since it would be less distance to us than the sun because of its powerful gravitational pull and size?

[@strawberrydeathOK]

hmm interesting!!!

[@Allanapolis83232]

If this was possible, I hope we don’t tamper with the other planets.

[@euproductions8615]

"Kids, we're going on a trip" "Where dad?" "A trip to venus"

[@SERBIAN_SQUIRE]

What if all the planets are habitable?

[@Beckwourth]

Shame Titan wasn't mentioned such a gem of a planet.

[@BuzzlngHoneyBee]

Imagine you find a new planet to see aliens flying around shooting ray guns at us

[@johnnychronic222]

You are a really good narrator!

[@RoxyMigurdiaR]

I cant even imagine the wars between these planets

[@clvuvfx]

new what if video recommendation.. what if all the planets in the universe was in our solar system?

[@GuyInBlackClothes]

Pluto, Eris and Sedna : Wow ok.

[@ashutoshsharma4542]

I like this " FOR ANOTHER WHAT IF "

[@jadkahale709]

yes

[@kdognicholson24]

I have always wondered about pushing just Venus into our habitable zone, but always being on the opposite side of the Sun from Earth. This video pleases me.

[@nicvntine]

I think venus would just remain the same bc its heat comes from greenhouse effect

[@xshadowwreckerx7561]

I think if Venus and Mars switched places it could work out

[@nicvntine]

@@xshadowwreckerx7561 it would work if you somehow find the way to release all of the heat in Venus atmosphere and throw a bunch of hydrogen to its surface

[@xshadowwreckerx7561]

@@nicvntine true

[@NoName-hg6cc]

"The last planet of our Solar System, Neptune" Sad Pluto noise

[@_Rainbooow]

i love how end of the sponsor is the most reayed moment

[@ilin.football]

What about if the sun expands (after billions of years) and there is no other planet you can go to? Edit: We can go to other exoplanets in the universe like Proxima B and other exoplanets that are habitable/suitable for life☺️.

[@aibelboby123]

What a creative mind man. I amazed about your mind that where does ur mind travels

[@Dinoboy38]

Venus is so hot not because it is close to the sun but because of the thick atmosphere

[@agelessjustice3485]

How come they say: "They're gonna find life on mars" when it lacks a magnetic field making it unhabitable

[@ryanhassett3733]

Lack of magnetic field is not what makes it uninhabitable mars was habitable earlier on even after it had lost its magnetic field it’s the very thin atmosphere that makes it uninhabitable

[@pinedaplus6438]

Emoticón 🤪

[@jdsfour51]

@@ryanhassett3733 mars is habitable but only by single celled lifeforms

[@ShadowWolfTJC]

In the interest of maintaining the most habitable planets in the solar system, I'd rearrange the planets as follows: 1. I'd like to relocate both Jupiter and Saturn towards roughly where the Earth would be orbiting right now, and turn this pair of gas giants into a double planet system, with Saturn being far enough away where it wouldn't get torn apart from orbiting too close to Jupiter, yet close enough where any moons that would be orbiting both planets' barycenter would be within a close enough distance where Jupiter's and Saturn's magnetospheres could offer adequate protection against the solar wind in place of the moons needing their own magnetospheres, like Earth, that they'd then be able to retain their atmospheres to the point where any life on any of these moons' surfaces wouldn't be at risk of dying off from, say, an absence of water or breathable air. 2. As for the less massive ice giants, Uranus and Neptune, I'd like to relocate them into the new Jupiter-Saturn double planet system's L4 and L5 Lagrange points, since I figured those orbits would've been less destabilizing for this new solar system than, say, putting every planet into its own orbit spread out across the Goldilocks Zone, yet would've been stable enough for those planets to be able to maintain the same orbital period as the Jupiter-Saturn double-planet system (much like how the Greek and Trojan asteroid groups have remained clustered together in stable orbits around Jupiter's L4 and L5 Lagrange Points in our real-life universe). 3. Now that the 4 most massive planets have been moved, it'd be time to move each of the remaining planets, plus the gas and ice giants' moons. For example, methinks the larger magnetic fields of the gas and ice giants could provide a significant degree of protection against the solar wind for planets and moons like Mars, Titan, the Galilean Moons, and even dwarf planets like Pluto (plus Charon) and Eris, sparing their potentially-life-bearing atmospheres (possibly provided by their icy surfaces melting within close proximity towards the Sun) from being stripped away by the solar wind, especially close to these gas and ice giants, where the magnetic fields would be stronger, though not too close to be torn apart from tidal heating, like Jupiter's innermost moon, Io, or even to be bathed in unhealthy amounts of radiation from the gas or ice giants themselves, like Europa, unless said moons were to have a substantial atmosphere, like Venus, Titan, or even Mars to a lesser extent. 4. Finally, I'd like to address a few special cases, namely Mercury, Venus, and of course, the Earth and its Moon: - Since both Mercury and the Moon are rocky worlds that lack any atmospheres, I wouldn't see them becoming habitable for life, even if they've been made into moons of the Jupiter-Saturn double planet system. Thus, if opportunity presents itself, I might as well strategically place them where they'd make another planet, like Venus perhaps, more habitable through using their gravitational pulls to influence the other planet's tides. - Due to its strong greenhouse effect, and since it does still possess a magnetosphere (albeit a faint one), methinks Venus would've probably been better off being placed along the outskirts of the Sun's Goldilocks Zone (being the only planet that I'd place outside of Earth's orbit), where its greenhouse effect would've then worked to make the planet more habitable instead of less habitable, than being placed in orbit around one of the gas or ice giants, and benefitting from their stronger magnetospheres. Moreover, methinks the Moon could've been placed in orbit around Venus to better improve its chances of harboring life by influencing its tides, just as it has done with the Earth. - Finally, since the Earth already possesses the right conditions to sustain complex life, including its own magnetosphere, I could see it being placed in orbit of the Jupiter-Saturn double planet system, well outside of both planets' own magnetospheres, and acting as a shepherd moon for the other satellites within the Jupiter-Saturn double-planet system (much like how Jupiter has been shepherding the inner solar system planets' orbits around the Sun). Moreover, due to the presence of Jupiter's and Saturn's gravitational pull on this new Earth, it might not even need a moon to influence its tides for the benefit of life. - With Mercury left over, I'd probably place it in orbit around either Uranus or Neptune, just to get it out of the way of the other satellites orbiting the gas and ice giants, and perhaps use its gravitational field to shepherd the ice giant's moons orbiting further closer around either ice giant.

[@tsb-hq3960]

I was thinking about this today

[@zingkobingo]

it's not only the habitable zone, there are other things. the magnetic shield, the rotation, etc. ..

[@fahimredwan]

Love you videos its very informative

[@mahesh84]

ideas ,,, ideas ,,, this channel have infinite ideas

[@Person-tz1tk]

Earth: welcome to my orbit please don't kill me Gas Giants: hmmm I can't promise not to kill you

[@kera.uno.s9255]

If all the Planets in our Solar system where in the habital Zone Life on earth wasnt possible because Jupiter is saving our Planet from very many asteroids

[@markcrenshaw9562]

In the original Battlestar Galactica. Their were 12 planets of Kobal that orbit one star. It had to be a massive red star and maybe a smaller star to orbit it. In theory. This could work. But conditions and how it is formed. Has to be twice as long as our solar system was formed. So it is plausible for multiple planets in the habitable zone.

[@oliverstianhugaas7493]

These questions don't resort to the obvious choice when moving planets around. You smash Mercury into Mars, increasing the mass of Mars and it's core. You merge Pluto with Charon and other objects in the belt, likewise you take the asteroids between Earth and Mars and smash them into Mars. We have now created two "new" planets. Lastly we dismantle Europa into Mars, seeding it with an ocean. We move Io into Europa's old orbit or smash it into Ganymede. We also merge the two asteroids orbiting Mars to give it a proper Moon. Back to Pluto, we move it into orbit of Neptun and dismantle Enceledus onto it, giving it an ocean. The pull from Naptun will keep the core warm.

[@sociallyinept1323]

Thats so Interesting Conversation , Bro i Need to Pick this for a school project , Roots karachi

[@davidpowell9218]

Easiest way to solve the gravity problem with the gas giants is to place the rocky inner planets (Mercury, Venus, Earth, Mars) as moons around Jupiter and Saturn. That way there can be more distance between planets.

[@naturewillprovide6330]

What if all species could communicate?????? This would be interesting

[@trueffetbysyqual]

Imagine what the lions would say

[@madenita1693]

I believe that there are lifeforms somewhere in this universe that do not need water and even do not formed by DNA

[@lunaticbseker]

Finally we can go to Uranus and have some fun