So i had an idea: after all star types have been covered maybe there should be a popup like "new types unlocked". Those would be L and T brown dwarves or you could throw on a hypothetical Ω type star wich isn't technically a star since instead of fusing hydrogen it feeds a black hole in the center wich spews out enough energy to keep the star from collapsing. It's difrent forces but with the same effect as regular fusion in the core of a star.
You should do a quasi star, they are basically stars that were born when the universe was still young and they have a black hole at their center. And not to mention, they are hecking big, bigger than stephenson 2-18
There should be a remake of this with a bigger planetary system As the red dwarf starts heating up towards the end of its life, planets further out would become habitable.
I think part of the reason Gas Giants tend to form has to do with the whole binary+ pairs things being fairly common in the universe. They probably wind up not having enough material to become the binary partner star or even a brown dwarf in most cases. Well, it's either that or objects simply obtain as much mass as they can.
@@zachbowles4516 dunno where it is but as far as im aware it has a rather small sample size of 4,so take it with a grain of salt until its fully confirmed
the editing and style of this video is one of the best, i love how the planets chat with themselves, though i wished the star had participated more. but the best part for sure was the inside of the star
TIMELINE 0:29 Proto star forms 0:47 Proto Planets form 0:50 The gas giant, Alpina forms 0:51 The Rocky planets, Honga, Carol, Jafo and Pijo forms 0:52 Pijo impacts pajo 0:57 The impact creates an asteroid belt, Alpina gets thin rings 1:01 Honga moves outerward due to Alpina's gravity 1:07 The asteroid belt goes crazy and creates a late heavy bombardement 1:10 Late heavy bombardment ends 1:11 Water on Honga and Carol, they also got continents and a thicker atmosphere 1:16 Honga's and Carol's Rotation becomes chaotic 1:26 The star throws a massive solar flare 1:42 Carol's core freezes and its magnetic field dies 1:47 Carol freezes 2:07 Another massive solar flare 2:16 Honga suffers a runaway greenhouse effect 2:32 Alpina captures a rouge moon, its named Ginlo 2:39 Ginlo got a surface similar to Titan's surface 2:50 Galaxy colision 2:57 Honga looses it's magnetic field 3:01 Honga's atmosphere has been stripped away by the solar wind 3:20 A red dwarf passes by and ejects Alpina out the system 3:34 A civilization passes by and terraforms Carol 3:46 As Carol doesn't have a thick atmosphere, the water will freeze 3:56 All Carol's water freezes 4:26 A rouge gas giant enters the system 4:36 The star pulls the gas giant into it, the gas giant is destroyed, the gas giant gravity disturbed the rocky planets orbit, Honga is almost ejected and Carol almost collides with the star 4:49 Helium fusion begins 4:58 The star runs out of Hydrogen 5:09 Star begins red giant phase 5:29 The star becomes white and begins to shrink 5:34 The star starts to become a blue dwarf 5:38 The star isnt strong enough to burn Helium 5:52 The star has died 5:55 The star becomes a 🔵 dwarf 6:10 The star cools down 6:20 The universe fade 6:21 Honga and Carol have been eaten by a black hole, or dragged tothe star due to gravitational radiation 6:30 The end :)
0:27 a piece of nebula collapse on to its self 0:38 a proto star forms 0:47 proto planets form 0:53 planets form. Two proto collide and made an asteroid belt 1:09 a and b gets hit by asteroids. The asteroid belt is gone 1:45 b can't spin properly 2:13 a gets hit by solar flares 2:18 a doesn't has water anymore 2:39 c's biggest moon forms 2:56 a can't spin properly 3:00 a gets it's water back 3:19 c gets dragged away from the system from a star 3:31 B's ice melts 4:00 universe fades 4:44 the star starts to hack 4:59 star low hydrogen 5:26 star can't burn helium 5:54 star dies THE END
@@Atula416the Titan-like moon: even worse , step father's dead , and now i have to face this evil cherry right in front of me My time has come , bye cruel universe [After the Titan-like moon said its last words ,the ultimate cherry had nommed it whole evaporating the small celestial body that could have lived forever till proton decay]
This always happens to me lol When I'm playing 0:08 error And the most painful part is when ur volume is maxed out and your mom will be awake and your ded lol
Stats for today’s star Star Type: M (red dwarf) Mass: 0.096 solar mass Lifespan: 1 trillion years or more Benefits and downsides of living in a red dwarf star system: Benefits: 1. The star has a very long lifespan, giving intelligent civilization enough time to evolve into an interstellar species 2. Very common in the universe Downsides: 1. Planets are prone to solar storms 2. Planets may be tidally locked, with one side facing the star, while the other face away from the sun. Habitability is unlikely depending on the planet’s atmosphere
Hello! Would be nice if you also showed the habitable zone! By the way your channel is insane, thank you, now I can't even stop watching your channel! Liked all of your videos!
@@himedo1512 Nope, big blue stars can only use the fuel in the core, but red dwarves have convection that circulates hydrogen from the core to the surface, so it is a lot more efficient
@@kerbodynamicx472 according to universe today redwarves will produce as little as 1/ 10,000th the energy of just a star the size of our sun in their lifetime. You are wrong.
The star HD 140283 is a subgiant star with an estimated age of 14.46 billion years. That might raise an eyebrow or two for those of you who remember that the age of the universe is estimated as 13.77 billion years.
It's incredible how you can make something this good on powerpoint! (honestly, I couldn't do it bcse i dunno how to make and even if I knew, I'm too lazy)🙃
They burn it very slowly--this star was listed as having two thousand times lower luminosity than our sun, and eleven times less mass. That would allow it to burn for several hundred times longer than our sun.
Nah not really, its is very mich expectwd gliesse 710 will pass through the ort cloud and at much it could eject dwarf planets out of suns gravitati9nal influences or throw them and some asteroids to the inner solar sistem at the very much it could affect a bit the orbit of Neptune or maybe even uranus but nothing closer to the sun.
The fact that even a red dwarf's absolute brightest and hottest moment still only produces 1/3 of Solar's luminosity is pretty insane. Just shows you how truly dim red dwarfs are compared to even our dwarf of a star
But the 2 stars are different the 1st one is a red dwarf and the second one is a G type star so the red dwarf is at the middle and the G type is at the same spot as where the Red dwarf is
So G'damn well done I just can't say it loud enough! 😍 If the timeline in this video was to the same scale as the F star video, it would have to be at least 17 hours long! Edit: 6.4 days! I only figured a trillion years!
@@cycrothelargeplanet well if helium got ejected from the star and hydrogen fell into the star at the same time then it will live for like 600 trillion years
Ideas: Timeline of other star systems Future of the Solar System but with Humans How to: Planets More timelines (by the far future) Collabs (more ideas soon)
![[Story]How a K-type Star System Would Evolve?](http://i.ytimg.com/vi/3oIdpdK2z3A/mqdefault.jpg)
![[Story]How a K-type Star System Would Evolve?](/img/tr.png)
So i had an idea: after all star types have been covered maybe there should be a popup like "new types unlocked". Those would be L and T brown dwarves or you could throw on a hypothetical Ω type star wich isn't technically a star since instead of fusing hydrogen it feeds a black hole in the center wich spews out enough energy to keep the star from collapsing. It's difrent forces but with the same effect as regular fusion in the core of a star.
Isnt that the exact definition of a quasi star
@@natreyn1425 yes
Ok?
Which*
@@DaviPortesOfficial shut up ,smh
You should do a quasi star, they are basically stars that were born when the universe was still young and they have a black hole at their center. And not to mention, they are hecking big, bigger than stephenson 2-18
I made a quasi star video
@@Orbsian nice
Pls doing this
That hypothetical type of star could be born in the early universe
@@hi-fy2wb no shit
There should be a remake of this with a bigger planetary system
As the red dwarf starts heating up towards the end of its life, planets further out would become habitable.
M type red dwarfs don’t really heat up as much as other stars since they lack the mass to fuse helium
@@jerry3790 Theoretically they're supposed to slowly fade into a blue dwarf over time. Blue means hotter.
but it won,t have enough mass when forming to have more planet?
3:15 there is a roblox noob
@@deltainfinium869 white dwarf*
I think part of the reason Gas Giants tend to form has to do with the whole binary+ pairs things being fairly common in the universe. They probably wind up not having enough material to become the binary partner star or even a brown dwarf in most cases. Well, it's either that or objects simply obtain as much mass as they can.
Fun fact: red dwarfs don't explode into a supernova when they're experiencing their death, they sorta fizzle out into an white dwarf
only o and b do
@@charonanimations4344 correct
@XMproMSC not whites dwarfs but neutron stars
@this channel may get terminated soon no most b supernova some b types become white dwarf
@@iapetus6110 No
This needs an update since they found that the flares of red dwarves tend to be more along the stllar poles than along the orbital planes.
Do you have a paper on that that I can read?
@@zachbowles4516 dunno where it is but as far as im aware it has a rather small sample size of 4,so take it with a grain of salt until its fully confirmed
3:22 the planet:This system is boring,i am leaving
4:54 is our star hacking?
No,red dwarfs always last long than most stars.
But 3:22 is a planet ejection senario
4:20
b:gets water
Also b:why does my rotation become like this
the editing and style of this video is one of the best, i love how the planets chat with themselves, though i wished the star had participated more. but the best part for sure was the inside of the star
TIMELINE
0:29 Proto star forms
0:47 Proto Planets form
0:50 The gas giant, Alpina forms
0:51 The Rocky planets, Honga, Carol, Jafo and Pijo forms
0:52 Pijo impacts pajo
0:57 The impact creates an asteroid belt, Alpina gets thin rings
1:01 Honga moves outerward due to Alpina's gravity
1:07 The asteroid belt goes crazy and creates a late heavy bombardement
1:10 Late heavy bombardment ends
1:11 Water on Honga and Carol, they also got continents and a thicker atmosphere
1:16 Honga's and Carol's Rotation becomes chaotic
1:26 The star throws a massive solar flare
1:42 Carol's core freezes and its magnetic field dies
1:47 Carol freezes
2:07 Another massive solar flare
2:16 Honga suffers a runaway greenhouse effect
2:32 Alpina captures a rouge moon, its named Ginlo
2:39 Ginlo got a surface similar to Titan's surface
2:50 Galaxy colision
2:57 Honga looses it's magnetic field
3:01 Honga's atmosphere has been stripped away by the solar wind
3:20 A red dwarf passes by and ejects Alpina out the system
3:34 A civilization passes by and terraforms Carol
3:46 As Carol doesn't have a thick atmosphere, the water will freeze
3:56 All Carol's water freezes
4:26 A rouge gas giant enters the system
4:36 The star pulls the gas giant into it, the gas giant is destroyed, the gas giant gravity disturbed the rocky planets orbit, Honga is almost ejected and Carol almost collides with the star
4:49 Helium fusion begins
4:58 The star runs out of Hydrogen
5:09 Star begins red giant phase
5:29 The star becomes white and begins to shrink
5:34 The star starts to become a blue dwarf
5:38 The star isnt strong enough to burn Helium
5:52 The star has died
5:55 The star becomes a 🔵 dwarf
6:10 The star cools down
6:20 The universe fade
6:21 Honga and Carol have been eaten by a black hole, or dragged tothe star due to gravitational radiation
6:30 The end :)
you weirdo
@@erahamzah6983Why is she weirdo?
@@PanitaELJuanma you are too?????
@@erahamzah6983 No u
@@erahamzah6983why?
4:36: The reward must be 10 million more helium.
yes
Helium atoms?
Or maybe hydrogen
Red dwarf:
I saw black space, no stars, and no galaxies after I spend too much time.
Rouge planet:
Am I joke to you?
Lavender colored gas giant:welp my child ,we are e j e c t e d
What now?
5:02 Nice music edit! Keep it up!
can you make a video about 2 stars in one system imagine Jupiter was M type star it would be cool.
Hey i made a vid about that go check it out on my channel :)
We would all flippin die
then we will go on the new warm europa in case to evacuate global warming
Jupiter can only become a Y or T type star
@@winter_262 yes.
Finally you included Mettaton EX in this video!
My favourite Undertale character is Alphys (just because she's kinda relatable to me)
oh yes
@@ukraineballaviation1483 also mettaton EX is a boy
@@timothy3879 Mettaton is female
Ukraine that's good
I love these clever videos. I appreciate the accuracy with your ages and masses of stars. I also really like the music. Thank your for your content!
0:27 a piece of nebula collapse on to its self
0:38 a proto star forms
0:47 proto planets form
0:53 planets form. Two proto collide and made an asteroid belt
1:09 a and b gets hit by asteroids. The asteroid belt is gone
1:45 b can't spin properly
2:13 a gets hit by solar flares
2:18 a doesn't has water anymore
2:39 c's biggest moon forms
2:56 a can't spin properly
3:00 a gets it's water back
3:19 c gets dragged away from the system from a star
3:31 B's ice melts
4:00 universe fades
4:44 the star starts to hack
4:59 star low hydrogen
5:26 star can't burn helium
5:54 star dies
THE END
why in the minute 5:35 the star glows green, shouldn't that be possible ?
a star this massive would have lived for about 3.5 trillion years
3:20 that other red dwarf: MINE!!!!
The Lavender colored gas giant:PLEASE! AT LEAST SPARE MY CHILD!
NOOOOO-
@@iapetus6110 that red dwarf: Yummy!
To bad i didn't get those two rocky planets...
@@Atula416 the Titan-like moon: im gunna *die
@@iapetus6110 top 10 saddest anime deaths
@@Atula416the Titan-like moon: even worse , step father's dead , and now i have to face this evil cherry right in front of me
My time has come , bye cruel universe
[After the Titan-like moon said its last words ,the ultimate cherry had nommed it whole evaporating the small celestial body that could have lived forever till proton decay]
0:10 M.exe stopped working
Camera man really stood their recording for millions of years he deserve a raise
hell yeah
The cameraman here is the creator 😱
skibidi dop dop dop yes yes
Innovation Inc. Spaceship: noob go to space bye bye. Noob: oof oof oof oof oof oof oof oof oof.
This always happens to me lol
When I'm playing
0:08 error
And the most painful part is when ur volume is maxed out and your mom will be awake and your ded lol
5:14 A typical alien Star Trek star system in the 24th century.
Stats for today’s star
Star Type: M (red dwarf)
Mass: 0.096 solar mass
Lifespan: 1 trillion years or more
Benefits and downsides of living in a red dwarf star system:
Benefits:
1. The star has a very long lifespan, giving intelligent civilization enough time to evolve into an interstellar species
2. Very common in the universe
Downsides:
1. Planets are prone to solar storms
2. Planets may be tidally locked, with one side facing the star, while the other face away from the sun. Habitability is unlikely depending on the planet’s atmosphere
yay, purple stars 0:11
Hello! Would be nice if you also showed the habitable zone! By the way your channel is insane, thank you, now I can't even stop watching your channel! Liked all of your videos!
Is it just me or when the rogue planet attacks the system the planets switch places
The undertale sounds fill me with happiness
determination*
I wonder, does red dwarves release more energy over their lifetime than bigger stars?
Yes I think so, solar wind happens more often
No. They have far, far less energy to release and just release it very, very slowly.
@@himedo1512 Nope, big blue stars can only use the fuel in the core, but red dwarves have convection that circulates hydrogen from the core to the surface, so it is a lot more efficient
@@kerbodynamicx472 according to universe today redwarves will produce as little as 1/ 10,000th the energy of just a star the size of our sun in their lifetime. You are wrong.
@@himedo1512 thanks for giving numbers!
This one was also really good, but Solar System history was trillion times better.
Science, Stars and their lifetime ... but in funny way! Great Job , Dude!
4:54 "is our star hacking?"
I like to finish my days watching these. It's like a modern-day television signoff for me.
2 planets getting haveing live is crazy 💀
The star HD 140283 is a subgiant star with an estimated age of 14.46 billion years. That might raise an eyebrow or two for those of you who remember that the age of the universe is estimated as 13.77 billion years.
Wow
how
I dont know my dealer won't tell me how
4:30 epic pokemon battle
Doge. Try’s to make red dwarf but doesn’t have enough hydrogen. The server. OHhHhHhHhHhHhHhHhHhHhHhHhHhHhHhHhHhHhH. Yessssss
It's incredible how you can make something this good on powerpoint! (honestly, I couldn't do it bcse i dunno how to make and even if I knew, I'm too lazy)🙃
2:00 the stars face looks like a demon screaming
Look very closely at the red dwarf
“‘M’ type ‘star’”
*Mettaton music intensifies*
Fun fact the reason why red dwarfs burn so slowly is because there mixing hydrogen and helium constantly
Red dwarfs they can live till the dark era
Wait a minute, with this star's mass, it can live about 10 trillion years!
Calmest video I have seen in a long time. Thanks
2:16 this seems to have happened to Proxima Centauri B
2 bangers in one day?! holy crap thats amazing thank you doge pro! 😁😁😁
1 quick damage and damage and control over time
How do these things even form and live for long with how small they are, I would think they don't have enough hydrogen to burn for so long
They burn it very slowly--this star was listed as having two thousand times lower luminosity than our sun, and eleven times less mass. That would allow it to burn for several hundred times longer than our sun.
I call my Minecraft Solar System:
BIG-129374 System
We need to thank the camera man for living that long and keeping the camera in place
Thank you Cameraman
Yay !! Finally nice animations added !! Keep going !!
Yo it’s so cold back here can you just turn into a red giant already
Really
2:51, the moon is habitable. But why i see ehane formula, is that in the atmosphere?
6:10 White dwarf star cools
I feel like this would be called "Solar System Simulator"
Aka SSS
Love your channel !!! +1 like. OHHH YESSS keep going !!!!
This is so sad on how the planets die 😭😭😭😭
Thank you Mettaton!
That ice giant got abducted by another red dwarf is really adorable
3:15 is roblox noob
D went to fucking Brazil
3:19 there's a star coming to our sun this moment, it will pass, it can eject some planets(including earth)
Isn't that why it dragged the lavender colored planet and its moon?
Nah not really, its is very mich expectwd gliesse 710 will pass through the ort cloud and at much it could eject dwarf planets out of suns gravitati9nal influences or throw them and some asteroids to the inner solar sistem at the very much it could affect a bit the orbit of Neptune or maybe even uranus but nothing closer to the sun.
So after the rouge planet, b and c just decided to switch places?
The fact that even a red dwarf's absolute brightest and hottest moment still only produces 1/3 of Solar's luminosity is pretty insane. Just shows you how truly dim red dwarfs are compared to even our dwarf of a star
Spectral type , M6.5V
Let it be known that I was a subscriber since you had 23k subs
3:20 , welp , that gas giant and his child is gone now , say bye bye to them!
Imagine people in the future terraforming planets to make them super habitable for fun
you could create about 3541 red dwarfs with the likes
But the 2 stars are different the 1st one is a red dwarf and the second one is a G type star so the red dwarf is at the middle and the G type is at the same spot as where the Red dwarf is
3:20
Planet in the back be like: m.ruclips.net/video/t5-r4AtO90I/видео.html
No matter how many times i see it, its still good.
2:29 the red dwarf is juste so cute❤
I like the saturn emotion of the red dwarf system at the beginning.
Camera man never dies
6:21 4th wall break
noob was ejected and gas giant was ejected
What are the masses of the planets and their distances, to the T?
if they can suistain water they need to be around the size of earth and mars and the gas giant around neptune size
Keep up the good work! Get to 10k!
what’s the song for the last part after the giant phase it’s so relaxing
Hope this is a game
This will be fun planetball game
It’s not but u can try tri your best. Lol
Imagine having a living fireplace.
I feel like this should be a game.
0:00 what the heck
Can I Use The Music For My Own Hurricane Season?
0:00 I already like this video
So G'damn well done I just can't say it loud enough! 😍
If the timeline in this video was to the same scale as the F star video, it would have to be at least 17 hours long! Edit: 6.4 days! I only figured a trillion years!
0:10
Lol this video only needs two likes
And then is there enough hydrogen for the star
That star has 3.8K times the suns hydrogen currently
@@cycrothelargeplanet wow that star is gonna live very long (if helium got ejected and hydrogen fell into the star at the same rate)
@@Atula416 wouldn't that much hydrogen compressed in such a smol space cause it do supernova or something
Edit: *smol
@@cycrothelargeplanet well if helium got ejected from the star and hydrogen fell into the star at the same time then it will live for like 600 trillion years
Lol
4:57 No hirdogen left
5:34 Not strong to burn Helium and is blue
5:45 Blue Dwarf
This is jupiter when he becomes a red dwarf
Amazing as always :)
TOMEK?
Why did you stopped posting?
@@melondustry5341 I literally posted a video a week ago lol
True point
@@TomekTomThomas It doesn't show to me any notifications👁️👄👁️
I love the random mettatons XD
Red dwarf when it runs out of H²:*expands into an orange dwarf*
They fizzied out
It would be cool if u could make in bettween stars, like M-K type star that last 500B yrs and F-g type stars that would last 7.5 b yrs
what happened to the gas giant? did it get ejected? how is that possible?
“Because it brun so slow” misspelled burn to brun lol
Ideas:
Timeline of other star systems
Future of the Solar System but with Humans
How to: Planets
More timelines
(by the far future) Collabs
(more ideas soon)
Yes
who realised that after the rogue planet battle the planets switched orbit?
Me
isnt it carbon dioxide not helium? becuase in a red dwarf there`s not even pressure to form heluim so instead it forms into carbon
That Star lives a long time
The last part is so META