What If The Most Massive Star R136a1 Was In Our Solar System?
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- Опубликовано: 17 окт 2024
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Hello and welcome to What Da Math!
In this video, we will talk about a possibility of R136a1 being in our solar system.
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3000 AU is a lot, its a good chunk of 1 light year (63241.1 AU)
If the star exploded, the light wouldn't stop hitting the planet for 415 hours or 17.3 Earth days.
So it takes the speed of light 17.3 days to get to Solaris. That's insane!
PenileAugmentation Haha, thank you. (Rest in peace, Leonard Nimoy.) :(
so if you look at the star while on earth you are seeing it 17 days earlier than when it actually is
Start
1 A.U. (Earth’s distance)
6 A.U. (Jupiter’s distance)
30 A.U. (Neptune’s distance)
100 A.U. (Eris’s maximum distance)
300 A.U.
500 A.U.
800 A.U.
1K A.U. (Sedna’s maximum distance)
3K A.U. Habitable zone
End
Read more doesn't work to me
no because if uy scuti which is huge was in our solar system the habitable zone would be 1100 so because this star is 10 times more massive meaning the habitable zone would be 4K AU or 5K AU
Franco Eijo actually both are correct. My name ends with an S so I’ve known it for a long time.
Fact: R136a1 is the most massive star ever discovered so far. MASSive. It means how much mass it has, which means R136a1 has the most mass, not the largest radius/size.
The largest Discovered is like 4.2 million solar masses.
Yeah because the star that is largest in size is VY Canis Majoris, right?
Unknownhacker73 _ it’s UY Scuti
Ok.
Soldies mass means weight right.
I love having my flesh combust instantly as I fall towards the 315 solar mass object that somehow replaced the sun. Trust me, it's really fun.
cody king no It is not Earth it is not
cody king it's WAY MORE FUN to go in a black hole.
suicide ideas 2017.
IMPOSTER
Na I'd rather get so warm I lose consciousness rather than having a black hole rip my rips off :(
Its sad knowing that most of us will not be around when most of the solar system and galaxy will be explored.
yes
tbh we shouldn't even be doing it.
Stuff w/ DerpyGuy3333 I think we're inevitably going to. The main purpose of our lives is to keep going. Therefore, we will automatically feel the need to escape the death of Earth.
true
we'll all experience it eventually.
R136a1 habitable zone is between 2814AU and 4054AU.....Holy Shit!
uriel30 Wtf so far
yup. The calculations state that. The star puts out so much energy that that's as far as you have to go to not get baked.
Well, you can make it sound even stronger: it's 17 light DAYS away... DAYS.
which means, you will life on this planet 17 days longer than your own sun, when it goes supernova
The comfortable planet at 3K astronomical units 1 year is OVER 9000
YOU CAN SEE THE HABITABLE ZONE, BUT IT'S JUST SUPER FAR AWAY... YOU JUST HAD TO SCROLL FURTHER!!!
I have universe sandbox² myself, I know.
Mihkel Kukk Yeah that's what I was thinking too when he said there isn't one.
Why are you yelling?
Why not, and I felt sad for him having to go through all this trouble to find the habitable zone.
tamenga88 already shown it is impossible to have habitable zone for R136a1 since most of its radiation is extreme ultraviolet.
The sun is a deadly laser.
Not anymore, there's a blanket!
I'm Cmart get out of here with fucking bill wurtz he is damn hilarious
Phew
*NO ANYMORE ITS A BLANKET!*
theres a blanket called the atmosphere.
Gives you a perspective on how humble our little neighborhood is in this universe we live, great video as always !
For those who want to try to find the habitable place for big stars like this: Look at the luminosity in L-suns. Take the square root of that. That number in AUs results in the same irradiance earth receives. For R136a1 with 8.4 * 10^6 luminosity, you end up with a distance of about 2900 AU.
(One L-sun is about 3.8 * 10^26W, one AU is about 1.5 * 10^8 km).
Only Big Shaq would survive if our sun was replaced by that star.
Mans not hot
Mans not hot
Man these subtitles xD
: today we're going to replace our beautiful SON with the most massive....
XD
LouisArtGamer09 Woosh
WOOOSH
@LouisArtGamer09 SHE KNOWS ITS THE SUBTITLES
THE NUMBER OF YEARS FOR AN ORBIT...
ITS OVER 9000!!!!
ITS OVER 9000 ‼️
ITS OVER 9000!!
................... ...................
1 for the planet itself
Half of the commenters do not know what mass is. Wow, just wow.
You knew to answer the one question that was building in my mind as I watched you increase the AUs. My guess, with no computational assist, was 10K. Thank you for all your hard work producing these educational / informative presentations..!!
You can fit two of the biggest black holes in the space between earth and r136a1
+Anton Petrov here is something interesting.... in order to survive in the Goldylocks zone of 3000 AU we would be ~21 times further than Voyager 1 and Voyager 2 at 138 and 114 AU respectively.. CRAZY!
Praise the sun
no the sun is a deadly lazer
hire a samurai
Jye Durnan We can make a religion out of this
Praise the Milky Way
I doomed us all... I ate the Milky Way....
According to my rough calculations, he should do either 2.01E4 AU (3√315 * √8.7E6) or 2.95E3 AU (√8.7E6) (№1 incorporates tidal effects and luminosity, №2 incorporates just luminosity, assuming it works like radioactivity.)
AAAAHHHHHHH! NUMBER TWO WAS RIGHT! AHHHH!
Can I ask you how did you calculate this?
How long are the seasons in that habitable zone on that Earth? Over 1000 years of winter and Summer could have weird effects on whether that planet is habitable or not.
most massive star
us2: *makes it smaller*
me: wait that’s not it’s size
666 comments :O
90% of comments: "Uy Scuti/VY Canis Majoris is the biggest star!!"
5% of comments: "Uy Scuty/VY Canis Majoris is the biggest by Size, not Mass."
3% of comments: "Is it the most luminous or the most massive?!?"
1% of comments: " *THE SUN IS A DEADLY LASER* "
1% of comments: "ITS OVER 900!!!"
0.0001% Good luck on waiting for that birthday lol!!
Thank you for this cool video, Anton. I'm obsessed with R136a1. Such a cool star. And I agree completely that it needs a real name, something worthy of it!
i love the intro
wow thats the most amazing stuff i just learned in my life
R136a1 was *born* with a Wolf-Rayet spectral type and did *not* evolve into it. In fact it's a main sequence star: WN5hV.
3000 degrees C. At Neptune's orbit? That bad boy is putting out some BTUs.
When I hear about mass, volume and how hot, the first star that comes to mind is the monstrous super powerful Eta Carinae. Frightening star!
If you wondering 63241.1 AU = 1 LY, so 3000 AU - roughly 0.047 LY or 415.8 hours for the sunlight to hit the planet there
Im enjoying these videos very much, perfect for relaxing. Keep up the good work
Interesting thought exercise!
R136a1: GET INSIDE & KILLED BY ME, MWAHAHAHAHAHAHAHAHAHAHA‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️
Sedna: OH NO, MY FRIENDS !
ALL OBJECTS IN THE INSIDE SOLAR SYSTEM: HHHHHHHHHHHHHHHHHHEEEEEEEELLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLLPPPPPPPPPPPPPPPPPPPPPPPPPPP‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️‼️
(All objects screaming)
(R136a1 kill all objects)
the planets were orbiting at a speed suitable for the sun, when you add a star with more gravitational pull, you must change the speed of which planets orbits the star, but since they were orbiting the sun, the orbit velocity wasn't enough to counteract the gravitational pull of the star. Though as you see the objects plummeting towards the star, that was the orbit decrease due to that star.
R136a1a one will probably Reese least an amount of gas is when it collides with Jupiter
There is a significant body of astronomical thinking that one particularly massive star, Vy Canis Majoris, has a diameter that would reach out to the orbit of Jupiter. Further, the measuremént of stellar masses is in its infancy, with some astronomers saying that there are stars with MILLIONS of times the mass of our sun.
Such a star could never burn long enough for any life to develop. Any simple life would be around for half a million years before the star explodes roughly, if that.
And it's hot enough that most of the radiation it's putting out is ultraviolet. All that high-energy radiation would make it very hard for any sort of complex molecules to form, so you probably wouldn't even get planet formation (which would take millions of years anyway).
That all because R136a1 is not main sequence star but it's a wolf-rayet star which has so strong solar wind instead emits intense UV and X rays radiation
Awwhh.. I wanted to see how it would look like in the sky from earth... :(
You can, at a safe distance: the current one.
Could you imagine building a Dyson Swarm around this thing?
Take the Luminosity of the star then divided by 1.1 then square root it to get the inner most distance of the habitable zone. Take the Luminosity then divided by 0.53 then square root it to get the outer most distance of the habitable zone.
Wasn't the orig. question "what is the largest star we know of (in our solar system or anywhere?" First response was "VY Canis Majoris" I think
This is basically how every video this guy makes goes.
Anton: "What If The Most Massive Star R136a1 Was In Our Solar System?"
me: "We'd probably die."
Anton: "We'd probably die."
me: "Woah, that's super interesting."
3:08
The star's core immediately collapses into a black hole
When did we discover the uy scuti? Because i thought we discorvered it like 5 years ago
6:54 WTF? This is like trying to bake a cake with the gamma blitz of a hydrogen bomb?! Really amazing star! :D
4:35
My guess:
Earth: aaagghvgahhg
Does it's name have anything to do with the coolant we use in cars?
What software are you using?
universe sandbox2
Try 2837 astronomical units for a habitable zone. It would usually be the square root of the luminosity in sun power units. So the square root of 8050000
Solaris is a fictional planet that is always 180° degrees from the earth in the other side of the sun, cool choice
habitable zone searching seems so cool 💭
The size of the universe is incredible. Just think that the 3000 astronomical units needed to achieve a good temperature is only 0.04 light years. The closest star is around 4.5 light years and the furthest star we know is 14 billion light years away. Amazing isn't it?
Its a bummer knowing we will never see a star go super nova and light up our nite sky.
Incredible!
Why did you decide to change the name to Solaris❓
2:50 look how beautiful Saturn is....Aaaaaaand it's gone
Malomitarom
Hi!
Great video Anton! Thx!
Could somebody tell me, what would happend if we put the Death Star in our solar system?!
Will some the orbital displacements or corrections occur?
(diametr of DS 160 km, mass (approx) 187 peta ton) :)
But what would happen to earth being in the habitable zone while this star explodes?
Но что произошло бы с Землёй находящейся в обитаемой зоне, когда эта звезда взорвалась бы?
At the end i was like: COMEEE OONN!! IF YOU EXPLODE IT, YOU WILL BE THE GREATEST TEACHER OF ALL TIME!!!
Its amazing we know the future of something so far away. And we are looking at its past.
3000 AU, the habitable zone here, is about 1/22 of a light year. THAT IS RIDICULOUS
I was thinking inverse square, like a candle. Adjust the distance with the relative brightness.
I always got confused when people said something was like 11 times more massive than something but then they say it was like 1.6 times larger.
Stuff w/ DerpyGuy3333 What grade are you in? Mass is how much material the planet has. Like a pure gold planet the size of earth would be the same size but have a higher mass. That mass is how dense the planet is. So technically it "weighs" more there fore having a way higher gravitational field.
Stuff w/ DerpyGuy3333 mass is a measurement of the amount of matter
Volume is the "size"
Density is the relationship between the two, or how much matter is packed into a given amount of volume (matter/volume)
Adrian Pratt probably young judging by his minecraft profile pic
Large magenallic cloud and small magellanic cloud are two satellite of our galaxy (bodies orbiting). The small one is pink and the Large one is a blue-redish.
I have that game well similar to it and yes it will turn into a black hole once it goes supernova
Hi Anton you're my favourite RUclips space science gamer that I like watching your universe sandbox 2 game plays and talks about how and why in the universe so great things we discover it's astonishing to say I'm proud of your subscribers I left a like on your vids and this one as well as I say a lot farewell peace out Anton make more vids on universe sandbox 2 plz thx peace
Anton your the best
What program are you using
universe sandbox 2
Is it Suposed to be UI Scuti is the most massive one
idk they say it's the most large one
But what's the diff between "large and "massive"
Massive in this case means The weight this star has The mass of ~300 suns but in size is only few Times bigger. Scuti has The biggest volume we discovered but not The mass when o come to mass its only few Times more massive than the Sun can remebre how much exactly but less than 20 suns
Massive=Heavier Larger=Bigger r136a1 or RMC 136a1 is the most massive star And uy scuti is the most largest star, edit:Oops I mean R136a1 sorry
What software is this??
You should capitalize MASS so people will understand that you're talking about mass and not the overall size.
I always got confused with that.
Thank you for telling him that because uy scuti is the biggest star not this one
Question; At that range Would the Earth Be larger or Smaller based on the materials left after the birth of this Star??
R136a1 shines with the force of 8.7 MILLION SUNS.
Really Great video Anton! I love that star, it's one of My favourites :D
KanekiCore mine is UY Scuti :)
i prefere the sun............. UY scuti would swallow the earth
I'm pretty sure UY scuti would stretch all the way to Jupiter.
setting all habitable possibilities aside, think of all planetary movement relating to the perspective of earth... We would most likely not find out that we are in any kind of system for billions of years after getting advanced technology due to the fact that most objects in the system would not appear to change the trajectory from earths perception throughout your whole lifetime... Imagine having to pass information to about 35 thousand generations (assuming about one in 20 years) in order to have the record of single rotation around the sun xD
it's not that difficult to predict cosmic motion at these distances using red and blue shift.
I'm pretty sure 1 year would be 1 year at the new orbit....
which software is used here....?.........?........?..........?
Oh my If Planet 9 orbit it it will still be SO HOT! THERE WOULD NEED 3,000 ASTRONOMICAL UNITS
what game is he using?
The FRIES ARE FINALLY FREID
Will smith would like to know this stars location.
So basically all of recorded human civilization would fit into less than 1 solar rotation? I'm talking urban settlement not human existence.
Human existence would take aprox. 33 rotations.
Also at that distance would photosynthesis still be possible? That's the closest earth could be to still have the same temperature. It may be super bright, but at that distance would daytime still be as bright as ours?
Is this really the hottest star ever discovered?
Hottest main sequence star, I believe.
Cesare Vesdani you mean what ? 😏😏
Cesare Vesdani it's really hot , I can't stop myself from fapping
Not the hottest. The hottest known star has a surface temperature of 210000K, while that of R136a1 is about 53000K. But it the most massive and luminous star known so far.
what about vy canis majoris
if it's the largest star how is it not the most massive
weird
Did that once, the minimum distance for the closest habitable planet was 400 AU.
thx 😀😀
Anton, It's called a Hypernova.
Wait so VY canis majoris was taken over as the most massive star by UY scuti right ? When was this R136a1 crowned as the largest ?
Nice video.
jupiter was like come on R136a1 we can talk about this
What is this program called?
universe sandbox2
We would be absolutely toasted fried extra crisp...
Another way to think of how big this star is, if it replaced Proxima centauri, it would look to us as big as a full moon.
no its not big, its massive but not big
How can I get this software?
If there was a cloud blocking r130 it would take about 25000 minutes for the light to stop coming to us and vice versa.
Black widow pulsar is the long lived version of this star.
But just like wolf stars they can destroy planets and stars by blasting deadly radiation as powerful as this star!
So if you were close enough to R136a1 that the planet you were on reached 20000 degrees C, would you just instantly die? I know it takes the planet itself a few hours to a few days to vaporize, but how long would a person survive in those conditions?
Not long
at 89 celcius, eh not deadly, ya boi gonna get roasted at that temp
The habitable zone is outside of the Oort Cloud
Is the star really blue like that
The thumbnail has a grammatical error. It should say "Most massive star, in our solar system" as to imply that it's the most massive star, put into our solar system. But since it says "most massive star in our solar system." it implies that it is the most massive star that exists in our solar system.