Well, let hope they take in the gravitational effects of adding 80x mass. the sun and JUP JUP are already in an orbit they is closer to a bi-nary star system then that of a mere planet. It might relocate with the habital zone of the solar system..... But we are very adaptive species.
Hey Kyle, how big would a black hole have to be, to be powering the Sun? I'm asking you, because you mentioned that our "dim star" scenario would allow Jupiter to become (eventually) as bright as our Sun. Since we can only see the first couple of layers of fusing gas, I speculate that our Sun still has a few secrets to bare. So, please? I'd explain it, but I'd DEFINITELY lose everyone in the interim.
Yep. Any civilization with the ability to pull this probably views habitable planets as a novelty and noninhabitable ones as a resource silo for building space habitats out of.
Merendel naw , I think you have it backwards. Bc we are inhabited and we are being mined. Or maybe the advance beings (the powers that be) (gatekeepers) creates us to mine this planet when it was inhabitable.🤔
@@roleplayingwithidiots7455 once your to the point of being able to build habitats in space that rotate for spin gravity your more likely to do that than go to extream lengths to teraform every random rock in the universe. You get more than 1000 times the living space disassembling a small planet to construct rotating habitats than if you only used the surface to live on. Yes we mine on Earth, we are not that advanced in space yet. I also doubt we would ever fully dismantle earth to turn it into a swarm of space stations. It's where we were born and we are nostalgic critters. But why go to the extreme effort to make a gas Giants moon habitable when you could house so many more people by taking that moon appart instead? By the time we could even try more people would have been born and raised in space than on Earth.
"Man the last book I read really drew me in." "Oh it was that entertaining?" "No you fool! It had a miniature black hole in it! Do you have any idea how hard it was to get back here?!"
A couple of points come to mind watching this. 1) you talked about capturing a black hole and moving it. I think it would be simpler to just create one where we need it. 2) getting rid of Jupiter's magnetic field. Don't Black Holes also have strong magnetic fields of their own? Or would the field not reach far enough to matter because of how small the black hole we need is?
That would be the more reasonable approach. just build 2 LHCs focused on Saturn's poles and accelerate matter into the center until the Black hole is created then scrap them into the new star. Then we can sit back and bask in the in the brilliance of our hubris that really did cause man made Global warming.
1. We of course dont know how to create a BH. It would have to bee macroscopic, so, at least the mass of a Himalaya or more. You may know that Hawking radiation gets stronger as a BH gets smaller, at the end it probably explodes, but for this we would need Quantum Gravity. Its conceivable that some future LHC may create sg like a BH withthe mass of a few nuclei (thats less than Himalaya) which would be probably unstable because of Hawking radiation - but we dont know for sure as this would be clearly an object in the realm of Quantum Mecanics and we dont have a gravity theory describing that realm. With GR Theory we belileve to have a (perhaps good) model for macroscopic BHs only.
Red stars don't weaken Superman, being around only a red star means Supes doesn't get as much solar energy as Earth gets and is thus weaker. Adding an additional red star to the solar system would just give Superman more power.
@@XxThunderflamexX Red sunlight drains his 'solar-energy reserves' and would dampen his kryptonian abilities, this does, in fact, mean that at night, Superman wouldn't be as super as in the day. However, it is debatable in how a yellow (actually white) star gives Superman his powers so there is a chance that he wouldn't just lose all his abilities in, like, minutes.
Perhaps but it would give us humans powers like superman...thinks about it...Krypton has a red sun that's why kryptonians are just regular humans on their home planet, but when travel to solar system with a yellow sun like earth they get superpowers, so shouldn't the reverse be he same, if humans go to krypton we'd be like supermen there.
who cares ? is a giant ball of gas without life and soo heavy that we as humans could never live there anyway , and the amount of energy that this amazing engineering wonder would produce is soo vast that I really thing any other form of energy production would be useless .we can produce a lot of energy using nuclear power but only feel country's in the whole world have the technology to do that and even the ones who have it , know that even though is a "clean" source of energy if anything happens the whole region is destroy for centuries. We are talking about Energy enough to fuel mankind as a whole for millenniums. The true definition of Unlimited power.
It would actually destroy multiple planets, including our own. Even without any of the actual heat from the Jupiter-sun reaching us, Kyle clearly said that the light itself would, making what is supposed to be night have near daytime level brightness, completely screwing with the circadian rhythm of every plant and animal on earth, including humans (just look up how often and easily people go nuts near the arctic circle during that whole "6 months of darkness/light" thing). Plus, I can't remember, do all of Jupiter's moons have proper rotation? If not, then the ones that don't will just remain icy on one half, and super-heated on the other, which will make them even less habitable than they currently are. All of this is also without mentioning that smaller, "dwarf stars" (which Jupiter would classify as if it were turned into a sun) have super-short lifespans and tend to be unstable. And unstable stars tend to end in novas or supernovas. And supernovas are the 2nd most destructive known force in the universe (black holes being the 1st). Just the explosion itself would completely obliterate the entire solar system (and possibly a good chunk of the surrounding Oort cloud too), to say nothing of the massive amounts of gamma radiation which would be released.
@@AnInsideJoke Even if we human reach the point to indeed do something like this , you really thing that we with a population of maybe dozens of billions of people not only in the earth, but in other planets with small population we would care for the life of minimal creatures ? if yes, we would create controlled environment for then and the day and night would be irrelevant , if no, what is most likely to happens since we as a species don't give a fuck about another species if they are no useful to us. they would just die and within 100 years no one would give a fuck. I know that is a evil way of seeing the things and I don't agree with that but we don't give a fuck to most creatures now days even we could easily save most of then ,since their environment still sustainable and renewable. we as a species don't care , all that some people do is cry out in the internet to others to see with no immediate response . And the process of heating of a planet soo much bigger then the earth would be soo slow that most likely would take century's for the planet/star Jupiter reach a temperature OR brightness high enough to have a catastrophic impact in the planet earth , and even if that's the case , we would have much bigger problems because probably a this point the Earth would be almost dry of natural resources and the population would be soo massive that even most humans would live in absolutely poverty. and the last thing yes maybe some small planets or moons be destroy .but if that is the price that humanity would have to pay to survive as a whole we would do that without a single trace of doubt. We are human and I think that nothing is a price high enough to survival of the whole species .
You seem like a modern day Bill Nye and I love it. Some of the questions that you ask on your channel are so out there but you approach it so scientifically. I find myself asking the same questions from time to time but never had the background or resources to do research into it. Glad to have someone who not only does the big legwork but is able to talk about it in approachable and understandable ways. Keep it coming!
I know I'm late but one idea is to make a powerful magnetic generator in L1 Lagrange point between the sun and Mars. With strong enough magnetic field it can act as a 'umbrella', shielding it from solar winds. And Lagrange points are quite stable requiring far less fuel to keep it there. This idea is far easier then moving a moon.
@@coreylouviere4466 after than that we just have to find a way to remove all the perchlorate off of mars' surface, as it tends to be highly incompatible with life
I'm probably realy late, but maybe we could also drop an obscene amount of H bombs on the Mont Olympus(the biggest volcano of the Solar System) until it entered eruption and make sismic activity to wake up Maars. Maybe I'm dumb and this is a terrible idea, but at least is poetic.
Hey Kyle, loved the video as always, and I know it's a bit late to comment on it, but I think it would be super important for you to do a video about the rainforest being burned. It's possible effects on the world - our world- if it's totally destroyed, as well as tipping points for it's self destruction cycle.
Yes, unless you cleverly kept feeding it. With advanced technology that doesn't exist yet. Like he mentioned 🙂. But yeah, you're right. Hawking radiation would evaporate it.
I thought about it too, but I don't think so, because probably the Hawking radiation are proportional to mass of the black hole so it would take a pretty long time... and as I saw a video talking about the end of the universe, the evaporation by Hawking radiation would evaporate the biggest black holes in around 10^100 years, so... we have time XD
It's such a fun program, and I've thrown many objects at Earth, like moon-sized pool balls and various moons. They do, indeed, cause a lot of problems for the planet.
500,000 metric ton black hole is about the volume of a proton and burns up in 5 years. A black hole the width of a hair would take much longer and have less HR to fight against feeding it mass.
No, the ones smaller than an atom could since they are hard to feed, but if one were to make one bigger than that and manages to feed it enough then it would continue feeding itself on to Jupiter; if we really were to find one of a hair width i would really search around for more, it could be a renmant of some ancient civilization or something dating back just after the big bang.
If heat is caused by particle moving/vibrating and the gravity of black hole is so strong that light cannot escape, most likely no particle can move either, so it's cool. The accretion disk though.
@@ssifr3331 well if we assume that pressure is extremely high in a black hole due to the extreme gravity, it can both be cool and hot, after all no heat can escape it, however it most likely acts like a Bose-Einstein condensate where all the atoms take up just 1 space and the electron cloud is what actually takes up the space. And last time I checked those things are cool. Although the mass to energy conversion says that a black hole with mass m is if it isn't rotating m×c×c joules, meaning let's assume it's 250 billion solar masses, so it's 1 Sol × 11839612713113028000000000 centigrade heat units, or 22500000000000 Peta Joules × 1 Sol... do you understand how ridiculous the energy is. You should look up 1 solar mass as well there's enough energy in such a black hole to last us for an eternity.
I always feel like I need to watch each video three times. First, to just enjoy the video. Second, to appreciate the jokes, thinking, editing, art, and all around hard work that went into it. And third, to enviously glare into the beauty that is Kyle's hair.
Correction...maybe? If Jupiter's moons warmed up enough to liquefy all that sweet ice, would they have the molten cores necessary to generate a magnetic field to protect all that liquid water from being ripped away by the waves of energy/particles (what-ev) coming from both the now-lit Jupiter and the Sun itself?
The reason Jupiter exists is because it's too far away from the sun for hydrogen to be ripped away by solar radiation. Also Europa and possibly the other moons already have molten cores because of Jupiter's tidal forces.
Some questions: 1° What happens to the quantity of radiation that is received by earth (Jovian winds) 2° By transforming Jupiter into a star the Goldilocks zone of the sun will interfere with that of Jupiter? 3° The gravitational balance of the solar system will be disrupted and the planets will be slingshot-ed?
The mass of the blackhole itself would be at most if an asteroid started orbiting Jupiter so the solar systems gravity would not be thrown out of whack. Jupiter's own goldilocks zone should not interfere with the central star's due to distance. Uncertain about the radiation thing due to the majority of what earth gets hit by comes from our own sun but radiation coming from Jupiter could have an impact, though the Earth's magnetosphere would probably handle it fine due to actually being stronger on the backside (due to the solar winds pressure from the sun facing side) I might be wildly wrong on the last one though and we would not want Jupiter to get super hot.
Colby Fife bearing in mind though that our technology would probably be advanced enough to add our own protection to earth to deal with the radiation, we would just have to consider the impact on the ecosystem of earth (assuming there still is one at that point)
This is more of a thank you than anything but I’m someone with Aspergers and I really struggle day to day with interaction and talking with people but for years I had a common ground I could share with people being mythbusters “did you see that episode where they did blank?!” And now a days I have because science so I can say to my friends “have you seen the one where Kyle told us how to melt wolverine?!” So this is not a correction but a show of appreciation, keep the mad science alive Kyle
Is that strictly true? What if it's massive enough to gravitate more mass into it than is lost by radiation? I'm no physicist, but that sounds like a viable option
5:11 While it’s a total coincidence the Idea that the Precent of Mass Energy you get from throwing something into a theoretical Black Hole Engine being the legendary 42 sounds like something Douglas Adams totally would’ve written. Like the Answer to Life, the Universe, and Everything is that we’re actually just a battery whose future actions are powering some 82nd Dimensional Being’s Smoke Detector.
Hey kyle, loved the video. But if you added 80x the mass of Jupiter to jupiter wouldnt that be catastrophic for the orbits of the other planets? Especially mars, earth and saturn?
That's what I thought too. Not too mention Jupiter's moons. And especially after 'dimissing' the remaining parts of Jupiter at the end of this sequence.
So, the black hole pulls everything arround him to its core and since everything can be a black hole if squeezed enaough im guessing that its squeezing everything into a black hole and adding that tiny black hole to himself. since it requires a ton of power and time to do that that explains why they are breaking the gravity etc.
As stated in the show converting Jupiter into a start is very efficient and hence would release more energy than if you'd just use it as any other kind of fuel
The black hole is an engine. Its ability to convert matter to useable energy is better than anything we could build. So this is kind of litteraly what we would be doing. Though putting it at the heart of a dyson swarm or matrioska brain would be better than heating a few moons.
or shit why dont we just create some kind of battery with a microverse inside of it filled with millions people who use some kind of device several hours a day that produces energy for us on the outside of the battery... its genius!@!!!
If we were to transport a black hole massive enough to initiate fusion on Jupiter, it would not just punch through Jupiter, but rather Jupiter would impale itself on the black hole, because the the Black hole would be more massive than Jupiter.
Not really, Jupiter's mass will keep being the same and its gravity should be the same so it would still protect us from meteors and other potential threatening events like that. I guess it eventually would turn his mass into energy and burn it up but it would take millions of years before that.
@@ruyman90 I would think yes and no, while the gravity would still help with some meteors and whatever and whatnot, I would think that not having that gigantic magnetosphere that could be an issue with any possible cosmic radiation...
The first hypothesis for the stellification of the sun that you proposed consisted in "squeezing" Jupiter to the point on initiating steady nuclear fusion. But wouldn't the mettalic hydrogen insise jupiter's core pose a risk to a longlasting energy source, being more stable than normal gaseous state hydrogen? Guess that the your starkiller needs a different power source
I assume the reason why suns dom't have that problem is because of the enormous forces blasting outwards preventing that hydrogen from solidifying like that
Anton Petrov did this simulation in Universe Sandbox. He kept copypasting Jupiters and adding additional mass to the original one. At 60 masses of original Jupiter he got to a brown dwarf, still not technically a star because it doesn't have nuclear reaction inside but it gets quite hot, around 1400 K. But he kept going... and at 78 it crossed the star threshold, became red dwarf and got lit.
@@becausescience yes I would personally watch that all day long, but I know it's not really part of the channel. I had a moment of shock thinking you randomly began playing it. Something like the game on a green screen while your explaining the science behind it. My mind kinda went off thinking how you'd make a game scientific and fun like you usually do with comics, movies, etc.
I wonder if you were playing modded Stellaris at all. The Gigastructural Engineering mod has a bunch of sci-fi megastructures in it. One such megastructure is the Substellar Compressor, which allows you to turn a brown dwarf or a gas giant with the Helioforming Candidate modifier into a star. It also has a Fusion Suppressor, which also allows you to turn a normal star into a neutron star or black hole, so that’s something.
with present day tech, communication we send out would take thousands if not millions of years to reach a planet with life on it, and if they have tech that could reply faster we likely dont have a way to recieve it. if they are at our tech level than it'd take just as long to get back to us.
Mathematically we cannot be alone in the universe so if we just take educated guesses chances are the alien lifeforms are either not technologically advanced enough to recieve/reply to us or we are not technologically advanced enough to receive them. That being said there are also other factors we need to consider like is it smart idea to invite aliens to our planet? Will their immune systems protect them against our bacteria and vice versa and so many other things
Hey Kyle, you said something quite interesting towards the end of the video, Jupiter would be 80 times brighter than the full moon at its brightest. What would that do to earth's ecosystem? Disrupting animal and human sleepcycles, maybe even change seasons? Contribute to global warming?
*NITPICKING AGAIN!!* 4:54 Never in my lifetime did I imagine I'd ever have to correct *Kyle Hill* of all people when it comes to spelling 'Argan Oil'. Pretty sure that bottle says 'argon' which really makes no sense because Argan Oil is the plant oil you make from the kernels of the Argan tree which is endemic to Morocco. Argon is a noble gas and I'm pretty sure it's not what keeps Kyle's hair as awesome as it is. _Please_ prove me wrong because I honestly don't wanna believe Kyle actually screwed that up 😅 What you didn't screw up was the actual episode though keep it up man! Also loved the Hitchhiker's Guide to the Galaxy reference there 🙌 Edit : Gravity still seems to work the same as always and the earth is still spinning as usual, it's meant to be a really small 'a'. I just couldn't figure it out, Because Science!
6:02 Since it's that massive, it has inertia too, and gravity would cause Jupiter to move towards the Black Hole, not the other way round, right? Also, wouldn't a blackhole that size "evaporate" away anyway (I think through hawking radiation)? Like the one in LHC?
0:19 "All that we would need is a black hole." Oh, that's everything? Wait a second, I think I have one still lying around somewhere from last week's Terraforming session.
Instead of trying to find a micro-blackhole for this, you could make one. Disassemble Mercury to construct a partial (about 10%) Dyson Swarm around the sun, and with that, concentrate the captured sunlight to manufacture kugelblitz black holes. Since this process allows you to make more than just one micro black hole, you can make a few extra, plop them into Saturn, Uranus, and Neptune, and get FOUR new mini-stars for the Solar System.
There's just a few GIANT problems with this idea. On the first one, if we try to just add mass to Jupiter and hope it collapses into a star, that's hoping it doesn't have a significant amount of iron in it's core which would cause it to go nova. This is wrong: (As for the second idea: You're proposing using a micro black hole which evaporates VERY quickly due to Hawking radiation. The smaller the black hole, the faster it evaporates. I don't know the exact amount of time a black hole the width of a human hair would last, but it's only a few seconds.) Also, accretion disks put out a whole lot of gamma radiation. Way way more than our own sun does. IF you somehow manage to black holerize Jupiter, you'll be bathing all of it's moons in tons of gamma radiation. We here on Earth 'might' be okay, but when you're talking about converting that amount of mass into energy, I doubt it.
You’re thinking of super microscopic black holes that can be created in a particle accelerator by two particles crashing into each other near the speed of light. Basically Hawking Radiation causes those to dissipate faster than they can pull in an air molecule right next to it. At the size he’s talking about it would be quite stable. Though enough people are mentioning it, I’m sure he’ll go into more detail in Footnotes.
@@NinjaBearFilms You're right. I decided to actually do the math and found a black hole with 600 times the mass of the moon would probably outlive the universe several times over. Whoops.
Instead of finding and transporting a suitable black hole (5:27) it would make more sense to create a kugelblitz using whatever dyson sphere - esque tech future civilizations would have.
Another great episode, but those plans have some serious drawbacks. 1. It would be more energy efficient to just steal a different star than to gather up all that mass. 2. wouldn't the black hole evaporate before it got there due to hawking radiation. Which is gamma rays that would totally eradicate all humans any ware close to those moons.
If you lived on the northern hemisphere then even with a Jupiter sized night light you would only have couple more hours of reading time. Antarctis would be lit, though... or what ever will be in its current location after 500 million years of tectonic plate movement. PS. Love the show/hair!
I picture Jupiter as a star being one of those street lights at night that are on constantly and become annoying so you are forced to close all window shades in your house. Anyways, would Jupiter becoming a Sun and having a raised surface temperature cause any after effects to our planet and how the seasons work from receiving solar rays and heat? Also, would the gravitational pull shift as well or would that remain the same?
Hey Kyle! Quick question...how do you think we would be able to capture a black hole if we can’t get anywhere close to it?...even if it was tiny, wouldn’t it have a strong gravitational pull which restricts us from approaching it? Or would we just use crazy future technology that allows us to do so? Btw love the show! Thanks -SK
We don't actually need to touch it. Pulling it with gravity is possible. The bigger problem is that there are probably no black holes that small naturally being created in this age. The only ones that might work are black holes that were created in the very early moments of the universe, but their existence is not confirmed, and their masses might not be compatible either.
Dr. Moo shall return! It's just that she has a big ol' important day job and this is my whole life, so it's harder to have a consistent schedule for BSpace -- kH
Wait... forgot something. Moving a black hole is harder than creating a Kugelblitz Hole ( pointing extremely powerful LAZORS at a point so you create a singularity). And being able to create a Kugelblitz, as a civilization, is like having dominion over one of the most advanced concepts of power generation. The next thing being industrial antimatter production.
That’s what I thought at first, but if its about as thick as our hair, then i dont think it can evaporate as its too big to evaporate due to hawking radiation.
If you're contemplated the "adding mass to Jupiter" method of making it into a star, the easiest source is probably the Sun. Starlift 80J masses out of the outer solar atmosphere and move it to Jupiter. Though, frankly, since you can just make a new star with that 80J mass material on its own, you can just move it to a convenient location somewhere in the outer solar system and make a new star there, and leave Jupiter alone.
Its gravity warps space so that stuff that might fly past it instead gets stuck following its orbit. There are millions of these objects getting pulled along by Jupiter's gravity that never had the chance to fall deeper into the solar system and threaten Earth.
Even jupiter is like a speck in when compared to the area of its orbit, or the solar system as a whole. The odds of something hitting earth are tiny. The odds of something hitting jupiter or getting caught by jupiter's gravity that _would have_ hit earth is unfathomably small. Hell, even the sun is small compared to the area traced out by planetary orbits. We're really damn far away.
![Is TON-618 the Largest Black Hole in the Universe? [OOTW]](/img/1.gif)
Thanks for watching, Super Nerds! I'll see you in the next Footnotes with the answers to your nerdiest questions. -- kH
Why would you throw the argon oil into the black hole when you could use it for manetenance? And there's so much other crap you could throw in.
Is the answer 42?
The answer to life, stellification, and everything.
Well, let hope they take in the gravitational effects of adding 80x mass. the sun and JUP JUP are already in an orbit they is closer to a bi-nary star system then that of a mere planet. It might relocate with the habital zone of the solar system..... But we are very adaptive species.
Hey Kyle, how big would a black hole have to be, to be powering the Sun? I'm asking you, because you mentioned that our "dim star" scenario would allow Jupiter to become (eventually) as bright as our Sun. Since we can only see the first couple of layers of fusing gas, I speculate that our Sun still has a few secrets to bare. So, please? I'd explain it, but I'd DEFINITELY lose everyone in the interim.
With seeing how Kyle imitates being sucked into a black hole, did the wizards at the Harry Potter verse utilize micro black holes as transport?
Memes in 2019: let's raid area 51.
Memes in 3019: let's make jupiter a sun.
You spelled 2061 wrong.
and there would probably be a group who would say something like Jupiter life matters
Fran García Cisneros ??????
"They can't disintegrate all of us."
@@raccooncafe5689 and I quote, "red wet dust on the wind..."
If we were able to pull off that kind of a trick, we would probably be advanced enough so that we wouldn't have to do that.
axe693axe
This works✅
Yep. Any civilization with the ability to pull this probably views habitable planets as a novelty and noninhabitable ones as a resource silo for building space habitats out of.
Merendel naw , I think you have it backwards. Bc we are inhabited and we are being mined.
Or maybe the advance beings (the powers that be) (gatekeepers) creates us to mine this planet when it was inhabitable.🤔
@@roleplayingwithidiots7455 once your to the point of being able to build habitats in space that rotate for spin gravity your more likely to do that than go to extream lengths to teraform every random rock in the universe. You get more than 1000 times the living space disassembling a small planet to construct rotating habitats than if you only used the surface to live on.
Yes we mine on Earth, we are not that advanced in space yet. I also doubt we would ever fully dismantle earth to turn it into a swarm of space stations. It's where we were born and we are nostalgic critters. But why go to the extreme effort to make a gas Giants moon habitable when you could house so many more people by taking that moon appart instead? By the time we could even try more people would have been born and raised in space than on Earth.
It wood do that to Show it can be done.
"Become a star with this one weird trick! other planets hate him..."
😂 fn buzzfeed is everywhere these days
"Blackhole sun won't you come and wash away the rain".
I was just thinking that. Awesome
@@durantes ah late 90's alternative rock how its timeless in its datedness.
Would have made that joke had you not, lol.
Came for this comment, left satisfied :)
Damn I miss that guy😭
Kyle is getting out of control, now he wants to vaporize Jupiter just to read at night? Someone needs to stop this lunatic.
Never stop the madness!
He's the next Bond villain.
Then stars harder to seeee :(
Let bro read his books
"Man the last book I read really drew me in."
"Oh it was that entertaining?"
"No you fool! It had a miniature black hole in it! Do you have any idea how hard it was to get back here?!"
Lol
That's a good one!
Lol
@@Starfox1357 indeed
@@smartart6841 agreed
Jupiter: *Biggest boy in the solar system*
Mom: You're a failed star...
Makes sense that Jupiter's mom is apparently Asian. "Heavenly bodies" are a category below "Asian moms" on the power scale.
Apparently gas giants are more common than not.
Everyone: 42%, coincidence?
Kyle: Yes
Kieran G I don’t get it, what he means?
@@koyuki4848 It's a referece to Hitchhiker's Guide To The Galaxy and the answer to the ultimate question of life, the universe and everything
42 is always the answer.
Yes it is
I’m a massive superhero fan....a know nothing space geek.....this is by far my favourite episode yet! So interesting!
Missed the opportunity to use Black Hole Sun as the title. I'm disappointed Kyle.
Now to go listen to that song for the next hour..
Black hole sun, won't you come, and wash away the rain
That *has* to be the footnotes title now.
Thanks for making me remember that song
I came searching... And I was not disappointed.
"Your scientists were so preoccupied with whether or not they could, they didn’t stop to think if they should" - Ian Malcolm
Give a scientist omnipotence and ice will burn while fire grows like trees.
--A book i found in my attic
@@thomastakesatollforthedark2231 Weird thing, everything in that attic burned.
That's the park where those turds hunted an endangered triceratops.
@@boxhead6177 how do you know?
Well that's kinda our thing. Why we live an all.
A couple of points come to mind watching this. 1) you talked about capturing a black hole and moving it.
I think it would be simpler to just create one where we need it.
2) getting rid of Jupiter's magnetic field. Don't Black Holes also have strong magnetic fields of their own?
Or would the field not reach far enough to matter because of how small the black hole we need is?
That would be the more reasonable approach. just build 2 LHCs focused on Saturn's poles and accelerate matter into the center until the Black hole is created then scrap them into the new star. Then we can sit back and bask in the in the brilliance of our hubris that really did cause man made Global warming.
1. We of course dont know how to create a BH.
It would have to bee macroscopic, so, at least the mass of a Himalaya or more.
You may know that Hawking radiation gets stronger as a BH gets smaller, at the end it probably explodes, but for this we would need Quantum Gravity.
Its conceivable that some future LHC may create sg like a BH withthe mass of a few nuclei (thats less than Himalaya) which would be probably unstable because of Hawking radiation - but we dont know for sure as this would be clearly an object in the realm of Quantum Mecanics and we dont have a gravity theory describing that realm. With GR Theory we belileve to have a (perhaps good) model for macroscopic BHs only.
But the red sun would weaken Superman, then we're all doomed, Kyle as supervillain Confirmed!
Red stars don't weaken Superman, being around only a red star means Supes doesn't get as much solar energy as Earth gets and is thus weaker. Adding an additional red star to the solar system would just give Superman more power.
@@XxThunderflamexX Red sunlight drains his 'solar-energy reserves' and would dampen his kryptonian abilities, this does, in fact, mean that at night, Superman wouldn't be as super as in the day. However, it is debatable in how a yellow (actually white) star gives Superman his powers so there is a chance that he wouldn't just lose all his abilities in, like, minutes.
Yes
Perhaps but it would give us humans powers like superman...thinks about it...Krypton has a red sun that's why kryptonians are just regular humans on their home planet, but when travel to solar system with a yellow sun like earth they get superpowers, so shouldn't the reverse be he same, if humans go to krypton we'd be like supermen there.
Only at night when our original Sun sets. Then it's Batman's time to shine.
Wow Kyle, destroying a planet just so you can have a summer home smh
That's the kind of thing a super villain would do....
who cares ? is a giant ball of gas without life and soo heavy that we as humans could never live there anyway , and the amount of energy that this amazing engineering wonder would produce is soo vast that I really thing any other form of energy production would be useless .we can produce a lot of energy using nuclear power but only feel country's in the whole world have the technology to do that and even the ones who have it , know that even though is a "clean" source of energy if anything happens the whole region is destroy for centuries.
We are talking about Energy enough to fuel mankind as a whole for millenniums. The true definition of Unlimited power.
It would actually destroy multiple planets, including our own.
Even without any of the actual heat from the Jupiter-sun reaching us, Kyle clearly said that the light itself would, making what is supposed to be night have near daytime level brightness, completely screwing with the circadian rhythm of every plant and animal on earth, including humans (just look up how often and easily people go nuts near the arctic circle during that whole "6 months of darkness/light" thing).
Plus, I can't remember, do all of Jupiter's moons have proper rotation? If not, then the ones that don't will just remain icy on one half, and super-heated on the other, which will make them even less habitable than they currently are.
All of this is also without mentioning that smaller, "dwarf stars" (which Jupiter would classify as if it were turned into a sun) have super-short lifespans and tend to be unstable. And unstable stars tend to end in novas or supernovas. And supernovas are the 2nd most destructive known force in the universe (black holes being the 1st). Just the explosion itself would completely obliterate the entire solar system (and possibly a good chunk of the surrounding Oort cloud too), to say nothing of the massive amounts of gamma radiation which would be released.
Evil Thor has blackholes, what could possibly go wrong... :D
@@AnInsideJoke Even if we human reach the point to indeed do something like this , you really thing that we with a population of maybe dozens of billions of people not only in the earth, but in other planets with small population we would care for the life of minimal creatures ? if yes, we would create controlled environment for then and the day and night would be irrelevant , if no, what is most likely to happens since we as a species don't give a fuck about another species if they are no useful to us. they would just die and within 100 years no one would give a fuck. I know that is a evil way of seeing the things and I don't agree with that but we don't give a fuck to most creatures now days even we could easily save most of then ,since their environment still sustainable and renewable. we as a species don't care , all that some people do is cry out in the internet to others to see with no immediate response .
And the process of heating of a planet soo much bigger then the earth would be soo slow that most likely would take century's for the planet/star Jupiter reach a temperature OR brightness high enough to have a catastrophic impact in the planet earth , and even if that's the case , we would have much bigger problems because probably a this point the Earth would be almost dry of natural resources and the population would be soo massive that even most humans would live in absolutely poverty.
and the last thing yes maybe some small planets or moons be destroy .but if that is the price that humanity would have to pay to survive as a whole we would do that without a single trace of doubt.
We are human and I think that nothing is a price high enough to survival of the whole species .
Teacher: *Why didn't you do your homework?*
Me: *I wanted to see if Jupiter could turn into a star?*
Teacher: Why?...WTF?
Me: BECAUSE STAR WARS DOUBLE STAR IS COOL!!!
Don't worry, the Monolith makers have got this.
But remember, "All these are yours, except Europa."
Ah yes, the ridiculous fun of Kardashev II engineering
Invader Zim: Why would you do all that?
Martin: Because it's cool.
"How to Turn Jupiter Into a Star" ...or "What NOT to do with Jupiter"
Black hole sun, won't you come, and melt Europa's ice?
Dammit, I only clicked on this video to make that reference. :P
@@D1SCORDANT3 Same! 🤘
You seem like a modern day Bill Nye and I love it. Some of the questions that you ask on your channel are so out there but you approach it so scientifically. I find myself asking the same questions from time to time but never had the background or resources to do research into it. Glad to have someone who not only does the big legwork but is able to talk about it in approachable and understandable ways. Keep it coming!
That's a good comparison!
Check out Isaac Arthur if you enjoy this. Isaac doesn't know how to think small.
Right. Who else saw the thumbnail and immediately had a certain Soundgarden tune in their head?
Kyle, could we give Mars an magnetosphere by giving it a bigger moon to warm up its core through tidal forces?
If we had the technology to put a large moon in orbit around Mars...then we would have no reason to even worry about terraforming Mars
I know I'm late but one idea is to make a powerful magnetic generator in L1 Lagrange point between the sun and Mars. With strong enough magnetic field it can act as a 'umbrella', shielding it from solar winds. And Lagrange points are quite stable requiring far less fuel to keep it there. This idea is far easier then moving a moon.
@@coreylouviere4466 learned about lagrange points from Gundam Wing
@@coreylouviere4466 after than that we just have to find a way to remove all the perchlorate off of mars' surface, as it tends to be highly incompatible with life
I'm probably realy late, but maybe we could also drop an obscene amount of H bombs on the Mont Olympus(the biggest volcano of the Solar System) until it entered eruption and make sismic activity to wake up Maars. Maybe I'm dumb and this is a terrible idea, but at least is poetic.
Hey Kyle, loved the video as always, and I know it's a bit late to comment on it, but I think it would be super important for you to do a video about the rainforest being burned. It's possible effects on the world - our world- if it's totally destroyed, as well as tipping points for it's self destruction cycle.
Wow actually true..... Did he make it?
If a black hole was that size wouldn't it instantly evaporate do to hawking radiation before it could et to Jupiter?
Yup.
Yes, unless you cleverly kept feeding it. With advanced technology that doesn't exist yet. Like he mentioned 🙂. But yeah, you're right. Hawking radiation would evaporate it.
I thought about it too, but I don't think so, because probably the Hawking radiation are proportional to mass of the black hole so it would take a pretty long time... and as I saw a video talking about the end of the universe, the evaporation by Hawking radiation would evaporate the biggest black holes in around 10^100 years, so... we have time XD
Nope. A black hole with a radius of that size would take 2.74586E39 years to evaporate due to hawking radiation.
@@tizzlegaming8688 haha what ? How did you calculate that ?
Someone confirm this in Universe Sandbox. I *need* to see this in action. :D
Nice idea
Ask garystillplays to get on it.
It's such a fun program, and I've thrown many objects at Earth, like moon-sized pool balls and various moons. They do, indeed, cause a lot of problems for the planet.
pigifi YES. I WILL GO DO THAT
Any luck?
Wouldn`t a Black hole that small vaporize before it reaches Jupiter's core by Hawking radiation?
Nope, not small enough! Have a restful weekend!
500,000 metric ton black hole is about the volume of a proton and burns up in 5 years. A black hole the width of a hair would take much longer and have less HR to fight against feeding it mass.
Thank you Both!
No, the ones smaller than an atom could since they are hard to feed, but if one were to make one bigger than that and manages to feed it enough then it would continue feeding itself on to Jupiter; if we really were to find one of a hair width i would really search around for more, it could be a renmant of some ancient civilization or something dating back just after the big bang.
No, a black hole in a coin size would still be able to consume jupiter, hawlking radiation is too slow
An entire 12 minute video about making a BLACK HOLE SUN, and ZERO Soundgarden references?
yeah he could have even gone to tween his face into a creeping smile if he wanted to be subtle.
I immediately sung the song in my head when i read /heard it, just so you know. It wasn't me.
Too easy. Kyle would rather leave that to the comment section.
Turn Jupiter into a star, then built a Dyson Sphere
Good luck finding enough resources to build something that huge.
@@jalderink A Dyson Swarm
Jeremiah I mean if people are advanced enough to turn Jupiter into a star, they probably have enough resources for a Dyson Sphere.
Kyle: "black holes are cool"
Us: didn't you just explain that they are really hot?
Cool is the new hot. ;-)
If heat is caused by particle moving/vibrating and the gravity of black hole is so strong that light cannot escape, most likely no particle can move either, so it's cool. The accretion disk though.
They are cool though... after all there are hotter things out there like gamma ray bursts.
@@ssifr3331 well if we assume that pressure is extremely high in a black hole due to the extreme gravity, it can both be cool and hot, after all no heat can escape it, however it most likely acts like a Bose-Einstein condensate where all the atoms take up just 1 space and the electron cloud is what actually takes up the space. And last time I checked those things are cool. Although the mass to energy conversion says that a black hole with mass m is if it isn't rotating m×c×c joules, meaning let's assume it's 250 billion solar masses, so it's 1 Sol × 11839612713113028000000000 centigrade heat units, or 22500000000000 Peta Joules × 1 Sol... do you understand how ridiculous the energy is. You should look up 1 solar mass as well there's enough energy in such a black hole to last us for an eternity.
Hawkin radiation has very few kelvin to produce even from super massive black holes.
I always feel like I need to watch each video three times. First, to just enjoy the video. Second, to appreciate the jokes, thinking, editing, art, and all around hard work that went into it. And third, to enviously glare into the beauty that is Kyle's hair.
scientists with fat moustaches:
Ernest Rutherford
J J Thompson
Lord Rayleigh
Fritz Haber
Albert Einstein
Kyle Hill
Post malone
Ivo robotnik aka eggman.
Correction...maybe? If Jupiter's moons warmed up enough to liquefy all that sweet ice, would they have the molten cores necessary to generate a magnetic field to protect all that liquid water from being ripped away by the waves of energy/particles (what-ev) coming from both the now-lit Jupiter and the Sun itself?
The reason Jupiter exists is because it's too far away from the sun for hydrogen to be ripped away by solar radiation. Also Europa and possibly the other moons already have molten cores because of Jupiter's tidal forces.
Some questions:
1° What happens to the quantity of radiation that is received by earth (Jovian winds)
2° By transforming Jupiter into a star the Goldilocks zone of the sun will interfere with that of Jupiter?
3° The gravitational balance of the solar system will be disrupted and the planets will be slingshot-ed?
The mass of the blackhole itself would be at most if an asteroid started orbiting Jupiter so the solar systems gravity would not be thrown out of whack. Jupiter's own goldilocks zone should not interfere with the central star's due to distance. Uncertain about the radiation thing due to the majority of what earth gets hit by comes from our own sun but radiation coming from Jupiter could have an impact, though the Earth's magnetosphere would probably handle it fine due to actually being stronger on the backside (due to the solar winds pressure from the sun facing side) I might be wildly wrong on the last one though and we would not want Jupiter to get super hot.
Colby Fife bearing in mind though that our technology would probably be advanced enough to add our own protection to earth to deal with the radiation, we would just have to consider the impact on the ecosystem of earth (assuming there still is one at that point)
That I was gonna to think!
I wonder what we'd call this new Jupiter sun. Maybe something like, I don't know, Lucifer???
Lucifer does mean bringer of light in latin
@@thegingerkingshanks7587 probably why they called it that in 2010: Odyssey Two
nah, you don't need a black hole...just some self-replicating Monoliths
maybe this monoliths ARE the material to make a mini black hole
All these worlds are yours except Europa. Attempt no landing there.
ALL THESE WORLDS ARE YOURS - EXCEPT EUROPA. ATTEMPT NO LANDINGS THERE.
Yeah, with humanity's bad habit of doing stuff when we are told not to? We'll doom ourselves real quick.
2010 for the wins!
USE THEM TOGETHER. USE THEM IN PEACE.
Its shrinking, its shrinking!
nathan S Hoped I’d find someone making a 2010 reference!
This is more of a thank you than anything but I’m someone with Aspergers and I really struggle day to day with interaction and talking with people but for years I had a common ground I could share with people being mythbusters “did you see that episode where they did blank?!” And now a days I have because science so I can say to my friends “have you seen the one where Kyle told us how to melt wolverine?!” So this is not a correction but a show of appreciation, keep the mad science alive Kyle
A black hole that small would evaporate away in seconds due to Hawking Radiation.
Exacly my thoughts
Probably in nano seconds, but yeah.
Same thought
Is that strictly true? What if it's massive enough to gravitate more mass into it than is lost by radiation? I'm no physicist, but that sounds like a viable option
@@OptimusPhillip for that to happen it would need to be moon mass equivalent (the size kyle drew before) so way bigger that needed for this purpose
Stargate SG1 was discussing this in the episode 2010 back in 97~.
Orutakawa Teng'a' it’s not a new concept
5:11 While it’s a total coincidence the Idea that the Precent of Mass Energy you get from throwing something into a theoretical Black Hole Engine being the legendary 42 sounds like something Douglas Adams totally would’ve written. Like the Answer to Life, the Universe, and Everything is that we’re actually just a battery whose future actions are powering some 82nd Dimensional Being’s Smoke Detector.
There's a mistake in the title of the video "How black hole could turn Jupijup* into a star"
Bah!! All you need is an alien monolith that can replicate itself millions of times!! Arthur C. Clark already covered this!!!
That fade-out at 1:24 tho...*byeeeeeeeee*
So then the monoliths from Arthur C. Clarke's Space Odyssey novels are sentient black holes?
That would be cool.
Hmm. Somewhat, but mostly supercomputers (as SPOILER later books revealed).
The relation between timeless beings and black holes is closer than you would initially think.
LOL 42! And then the dolphins said thanks for the fish 😏. Absolutely love your channel.
Jason Valo why is it funny
Hitchhikers guide to the galaxy reference.
So sad it had to come to this, Kyle turning evil xD
Hey kyle, loved the video. But if you added 80x the mass of Jupiter to jupiter wouldnt that be catastrophic for the orbits of the other planets? Especially mars, earth and saturn?
That's what I thought too. Not too mention Jupiter's moons. And especially after 'dimissing' the remaining parts of Jupiter at the end of this sequence.
I was wondering the same thing. Oh well I have complete faith in Kyle's ability to address all negative repercussions ... :-o
Aw shiiiiii-
Whelp, I've always wanted to live on a rogue planet :/
Kyle Hill = Nyarlathotep.
P.s. My son and I love your work . Keep science alive!!
Frankly, Jupiter is not a failed star. I is, however, a VERY successful planet
A glass half full kinda nerd. Nice.
Buh dum tus
@Duck Sauce ALL THESE WORLDS ARE YOURS - EXCEPT EUROPA. ATTEMPT NO LANDINGS THERE.
@@nathans6486 Was totally thinking of Odyssey Two during this vid
So, the black hole pulls everything arround him to its core and since everything can be a black hole if squeezed enaough im guessing that its squeezing everything into a black hole and adding that tiny black hole to himself. since it requires a ton of power and time to do that that explains why they are breaking the gravity etc.
How did you not say "Black Hole Sun". -1 Point for Kyle.
Hey if you want to get demonetized be my guest -- kH
Hey Kyle, love your Videos. but one Thing, wouldn`t a blackhole of this size vaporise (hawking Radiation) within no time?
It would live longer than the age of the universe
Finally, the red sun over paradise
Also Kyle why turn Jupiter into a star? Wouldn't it be better to use Jupiter as fuel source?
Or use it to make atmospheres for terraforming
As stated in the show converting Jupiter into a start is very efficient and hence would release more energy than if you'd just use it as any other kind of fuel
The black hole is an engine. Its ability to convert matter to useable energy is better than anything we could build. So this is kind of litteraly what we would be doing. Though putting it at the heart of a dyson swarm or matrioska brain would be better than heating a few moons.
or shit why dont we just create some kind of battery with a microverse inside of it filled with millions people who use some kind of device several hours a day that produces energy for us on the outside of the battery... its genius!@!!!
@@FoxGuyGames please stop . Rick and Morty isn't that accurate. Also the sum of energy of a universe is zero so that probably wouldn't work.
Wait, wouldn't a black hole this small just decay away due to Hawking radiation?
Yes but, the solar mass of a black hole 1.5um will be 5.07e-10 and it will take approximately 2.749116e+39 years to evaporate
If we were to transport a black hole massive enough to initiate fusion on Jupiter, it would not just punch through Jupiter, but rather Jupiter would impale itself on the black hole, because the the Black hole would be more massive than Jupiter.
mew_the_pinkmin The black hole he was talking about is far less massive than one of Jupiter’s moons.
@@evannibbe9375 the gravity inflates into infinity in any black hole.
Wouldn't this affect earth's translation, therefore affecting seasons and maybe eradicating a ton of species?
RIP Migration Patterns
Not really, Jupiter's mass will keep being the same and its gravity should be the same so it would still protect us from meteors and other potential threatening events like that. I guess it eventually would turn his mass into energy and burn it up but it would take millions of years before that.
Not by much as its too dim to affect weather patterns. With a brown dwarf star we are way out of the goldilocks zone to be effected.
@@ruyman90 I would think yes and no, while the gravity would still help with some meteors and whatever and whatnot, I would think that not having that gigantic magnetosphere that could be an issue with any possible cosmic radiation...
Technically yes as the extra light would also heat the planet some, probably not as bad as Humans currently are doing though.
The first hypothesis for the stellification of the sun that you proposed consisted in "squeezing" Jupiter to the point on initiating steady nuclear fusion.
But wouldn't the mettalic hydrogen insise jupiter's core pose a risk to a longlasting energy source, being more stable than normal gaseous state hydrogen?
Guess that the your starkiller needs a different power source
I assume the reason why suns dom't have that problem is because of the enormous forces blasting outwards preventing that hydrogen from solidifying like that
That tiny black hole would have the mass of all of earths air/atmosphere at 10^18 kg
So much for igniting the atmosphere 😂
I thought this was going to be Kyle playing universe sandbox 2......I'm not mad, I'm just disappointed it isnt.
Anton Petrov did this simulation in Universe Sandbox. He kept copypasting Jupiters and adding additional mass to the original one. At 60 masses of original Jupiter he got to a brown dwarf, still not technically a star because it doesn't have nuclear reaction inside but it gets quite hot, around 1400 K. But he kept going... and at 78 it crossed the star threshold, became red dwarf and got lit.
@@demogorgonzola never heard of him, I'll check out his video on it. Be interested to actually see it simulated.
@@starofscorpius4171 The video is "Can Jupiter Ever Become a Star?
" ruclips.net/video/JJB0ZXygASE/видео.html
I mean...like if you would watch me just play that game...--kH
@@becausescience yes I would personally watch that all day long, but I know it's not really part of the channel. I had a moment of shock thinking you randomly began playing it. Something like the game on a green screen while your explaining the science behind it. My mind kinda went off thinking how you'd make a game scientific and fun like you usually do with comics, movies, etc.
No Kyle.
All these worlds are yours. Except Europa. Attempt no landing there. Use them together. Use them in peace.
And yes, HAL dreams.
*sigh* beat me to it.
I'm scared David
I wonder if you were playing modded Stellaris at all. The Gigastructural Engineering mod has a bunch of sci-fi megastructures in it. One such megastructure is the Substellar Compressor, which allows you to turn a brown dwarf or a gas giant with the Helioforming Candidate modifier into a star. It also has a Fusion Suppressor, which also allows you to turn a normal star into a neutron star or black hole, so that’s something.
And *Solar system sized ship made of planet crafts and attack moons*
2:51 "I don't want to set the world on fire. I just want to start a flame in your heart."
"Yeah nah, babe. Imma nuke Jupiter."
Next up : how to contact aliens using present day technology?
simply, just give them polio, or the flu
they likely don't have any way to combat this
with present day tech, communication we send out would take thousands if not millions of years to reach a planet with life on it, and if they have tech that could reply faster we likely dont have a way to recieve it. if they are at our tech level than it'd take just as long to get back to us.
Mathematically we cannot be alone in the universe so if we just take educated guesses chances are the alien lifeforms are either not technologically advanced enough to recieve/reply to us or we are not technologically advanced enough to receive them.
That being said there are also other factors we need to consider like is it smart idea to invite aliens to our planet? Will their immune systems protect them against our bacteria and vice versa and so many other things
Hey Kyle,
you said something quite interesting towards the end of the video, Jupiter would be 80 times brighter than the full moon at its brightest. What would that do to earth's ecosystem? Disrupting animal and human sleepcycles, maybe even change seasons? Contribute to global warming?
*NITPICKING AGAIN!!* 4:54 Never in my lifetime did I imagine I'd ever have to correct *Kyle Hill* of all people when it comes to spelling 'Argan Oil'. Pretty sure that bottle says 'argon' which really makes no sense because Argan Oil is the plant oil you make from the kernels of the Argan tree which is endemic to Morocco. Argon is a noble gas and I'm pretty sure it's not what keeps Kyle's hair as awesome as it is. _Please_ prove me wrong because I honestly don't wanna believe Kyle actually screwed that up 😅
What you didn't screw up was the actual episode though keep it up man! Also loved the Hitchhiker's Guide to the Galaxy reference there 🙌
Edit : Gravity still seems to work the same as always and the earth is still spinning as usual, it's meant to be a really small 'a'. I just couldn't figure it out, Because Science!
A random sciency pun maybe? Idk either ^-^
42
It's a small "a" that looks like an "o" -- c'mon man how would I get mane-tain wrong? -- kH
@@becausescience Whew! Thank heavens, the world is still beautiful and all is good again! 🥰
4:42 The answer to life, the universe and everything.
Edit: I continued watching. Great minds think alike.
Its at 4.... 42!!!!
6:02 Since it's that massive, it has inertia too, and gravity would cause Jupiter to move towards the Black Hole, not the other way round, right? Also, wouldn't a blackhole that size "evaporate" away anyway (I think through hawking radiation)? Like the one in LHC?
A black hole that size is only 0.016% of earth's mass.
Yet another evil Kyle moment,
Slowly destroying Jupiter to steal its moons.
Everybody crying and shouting Global Warming, Global Warming!!
Kyle: Start the second Sun!
0:19 "All that we would need is a black hole." Oh, that's everything? Wait a second, I think I have one still lying around somewhere from last week's Terraforming session.
I remember an episode of Stargate SG-1 where in an alternate timeline they did just this...
What if “The Void” tm. That Kyle is in is just him trapped in a black hole and he is very bored
Instead of trying to find a micro-blackhole for this, you could make one. Disassemble Mercury to construct a partial (about 10%) Dyson Swarm around the sun, and with that, concentrate the captured sunlight to manufacture kugelblitz black holes. Since this process allows you to make more than just one micro black hole, you can make a few extra, plop them into Saturn, Uranus, and Neptune, and get FOUR new mini-stars for the Solar System.
There's just a few GIANT problems with this idea.
On the first one, if we try to just add mass to Jupiter and hope it collapses into a star, that's hoping it doesn't have a significant amount of iron in it's core which would cause it to go nova.
This is wrong: (As for the second idea: You're proposing using a micro black hole which evaporates VERY quickly due to Hawking radiation. The smaller the black hole, the faster it evaporates. I don't know the exact amount of time a black hole the width of a human hair would last, but it's only a few seconds.)
Also, accretion disks put out a whole lot of gamma radiation. Way way more than our own sun does. IF you somehow manage to black holerize Jupiter, you'll be bathing all of it's moons in tons of gamma radiation. We here on Earth 'might' be okay, but when you're talking about converting that amount of mass into energy, I doubt it.
You’re thinking of super microscopic black holes that can be created in a particle accelerator by two particles crashing into each other near the speed of light.
Basically Hawking Radiation causes those to dissipate faster than they can pull in an air molecule right next to it.
At the size he’s talking about it would be quite stable.
Though enough people are mentioning it, I’m sure he’ll go into more detail in Footnotes.
@@NinjaBearFilms You're right. I decided to actually do the math and found a black hole with 600 times the mass of the moon would probably outlive the universe several times over. Whoops.
I think not much more than just a minute to a blackhole this size to evaporate
@@MrNatmax More like 2.33x10^53 years...
Is this a confirmation that Because Space isn't coming back? *snif*
*cry's in science*
@5:10 That was hilarious! haha Love this channel. Thanks for all you do!
Instead of finding and transporting a suitable black hole (5:27) it would make more sense to create a kugelblitz using whatever dyson sphere - esque tech future civilizations would have.
I find it kinda funny that your channel's name in short is "BS" xD
And it is, this guy has no idea of what hes talking about...
@@LeGiUn oh ok r/iamverysmart
Huh, i wonder what Jupiter's new melody would sound like
Trying to navigate with stars at night... really Jupiter? Where'd the stars go?
Did not even watch the video yet. Already gave it a thumbs up.
This is me with every BS video.
This is the kind of loyalty I demand. -- kH
Another great episode, but those plans have some serious drawbacks.
1. It would be more energy efficient to just steal a different star than to gather up all that mass.
2. wouldn't the black hole evaporate before it got there due to hawking radiation. Which is gamma rays that would totally eradicate all humans any ware close to those moons.
No? Hawking radiation is not that powerful
If you lived on the northern hemisphere then even with a Jupiter sized night light you would only have couple more hours of reading time.
Antarctis would be lit, though... or what ever will be in its current location after 500 million years of tectonic plate movement.
PS. Love the show/hair!
I picture Jupiter as a star being one of those street lights at night that are on constantly and become annoying so you are forced to close all window shades in your house.
Anyways, would Jupiter becoming a Sun and having a raised surface temperature cause any after effects to our planet and how the seasons work from receiving solar rays and heat? Also, would the gravitational pull shift as well or would that remain the same?
those street lights are why pellet guns exist
Hey Kyle!
Quick question...how do you think we would be able to capture a black hole if we can’t get anywhere close to it?...even if it was tiny, wouldn’t it have a strong gravitational pull which restricts us from approaching it?
Or would we just use crazy future technology that allows us to do so?
Btw love the show!
Thanks
-SK
We don't actually need to touch it. Pulling it with gravity is possible.
The bigger problem is that there are probably no black holes that small naturally being created in this age. The only ones that might work are black holes that were created in the very early moments of the universe, but their existence is not confirmed, and their masses might not be compatible either.
would it be red from earth?
seeing as some people believe our sun is yellow
This seems like a perfect episode for because Space! We miss Dr. Moo!
Like this comment if you also miss Dr. Moo.
What happened to her anyway, is she too busy to deal with us horde of nerds?
That’s the best case scenario. She is a working scientist.
Dr. Moo shall return! It's just that she has a big ol' important day job and this is my whole life, so it's harder to have a consistent schedule for BSpace -- kH
Ty Kyle, it's good to know she is alright :)
There were some hateful comments on her videos. I was afraid it got to her.
I personally loved her energy.
Shout out to that amazing black animation at the beginning of the episode. Kyle, he deserves a raise.
Red Sun?
Lex Luthor has joined the chat:
Superman has left the chat
Supergirl has left the chat
I feel like you forgot about Eu-bro-pa and I-bro 😂
Wait... forgot something.
Moving a black hole is harder than creating a Kugelblitz Hole ( pointing extremely powerful LAZORS at a point so you create a singularity). And being able to create a Kugelblitz, as a civilization, is like having dominion over one of the most advanced concepts of power generation. The next thing being industrial antimatter production.
Hi Kyle(o), love your show!
Wouldn't the Hawking-radiation just evaporate the black hole of this tiny dimensions in no time?
Cheers
That’s what I thought at first, but if its about as thick as our hair, then i dont think it can evaporate as its too big to evaporate due to hawking radiation.
@@derk5834 I hope Kyle will tell us.
Drippy Turdbottom Yeah, me too
Yes it would
If you're contemplated the "adding mass to Jupiter" method of making it into a star, the easiest source is probably the Sun. Starlift 80J masses out of the outer solar atmosphere and move it to Jupiter. Though, frankly, since you can just make a new star with that 80J mass material on its own, you can just move it to a convenient location somewhere in the outer solar system and make a new star there, and leave Jupiter alone.
That would probably mess up all the orbits though.
You make science interesting. Thank you, well done.
Turning gas giants into a star?
Science: Wait! That's illegal!
Why would it be?
Tell me how stars are born/accreted
Doesn't Jupiter block a lot of objects from hitting earth?
It may have probably blocked some ... but not all of them because it has to be in the right place at the right time and this is a lucky lottery.
Yes however it also launches objects towards us. If it were to be replaced with a black hole this effect wouldnt change
Its gravity warps space so that stuff that might fly past it instead gets stuck following its orbit. There are millions of these objects getting pulled along by Jupiter's gravity that never had the chance to fall deeper into the solar system and threaten Earth.
Even jupiter is like a speck in when compared to the area of its orbit, or the solar system as a whole. The odds of something hitting earth are tiny. The odds of something hitting jupiter or getting caught by jupiter's gravity that _would have_ hit earth is unfathomably small.
Hell, even the sun is small compared to the area traced out by planetary orbits. We're really damn far away.
If we had the technology required to do this, we wouldn't need it.
Kyle now want's to burn entire plants. He evolves as a evil mastermind
Edit: *planets *an evil
No not an entire plant😭
@@noneurbisness6521 ALL THESE WORLDS ARE YOURS - EXCEPT EUROPA. ATTEMPT NO LANDINGS THERE.
Entire plants? Root and all? Truly dastardly!
An evil mastermind