Timeline Of An M Type Star System (Proxima Centauri Like System)
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- Опубліковано 3 січ 2025
- Hey so umm as you can kinda tell is that i definitely rushed in this video aaa so merry christmas and nerry new year i will soon be making a B type star system byee
Moosica
Garden Music By Kevin Macleod
Sad Emotional Piano Music By Gaming Sound FX
I like the way D got jinxed when it said it would be the biggest one 3:32
every star systems be like : stop it sun! | a M type of star system planets : give us more heat
Making a decision and instantly regretting it
4:25 "enjoy while you last"
I like how B was actually habitable like the real B in proxiam Centauri
actually B isnt habitable its a volcanic planet over 200 celcius on average C is habitable usually ranging at about 20 celcius D is about 10 celcius and E is -15 Celcius
I meant C is habitable
@@histobjstropacofg oh
Same with Trappist-1 D ,E and F
Hi 👋
(Rogue planet comes along that's bigger than the freakin' star) "Hello, random system!" :)
timestamps:
formation
0:12 the host star, a, forms
0:12 the planets also form
0:28 water forms on c d and e
main sequence
0:49 e goes through an ice age
0:49 first star flares
1:28 life complexes on c
1:40 major volcanic eruption on b
2:09 massive flare strikes d
2:18 d gets a greenhouse effect
2:26 magnetic field shutdown on b and c
2:42 more flare activity
2:50 magnetic field shutdown on e
2:58 magnetic field shutdown on d
3:07 more flare once again
3:15 d's greenhouse effect is blown away
3:24 new addition
seinor star years
4:09 final stars in space visible
death of star
4:29 the hydrogen finally is done fusing
4:37 the star heats up as it shrinks
4:50 star turning into white dwarf
post-death
5:06 the star turns into a white dwarf
5:48 the star is now a black dwarf
5:55 the end
beautiful ;(
B-b-b-beta centau-uri aprooved *cries of the video*
After a few billion years the star stop flaring as often and as violently, just thought you should know.
Хорошо получилось, только по моим расчётам звезда должна прожить 5 триллионов лет, и светимость в конце слишком большая для такой звезды
i love spenting trillions of years in agony
3:46 A rogue planet has the mass of the star
red dwarfs only fizzle out so very accurate
The way that the cooler is those nice plantes but the end its sad
Sweet video. Planets go into an eternal rest.
i love your sad videos
thanks dude
@@saltyocean2003 edud sknaht
Sadly the planet magnetic fielf shut down soon
C you don’t have to worry your star will live very long😊
Well if the star is like mass of sun like 80 Jupiter it will live longer
Those planets look so sad at the end.
The longest star
No it’s Y type😡
so i give a like!
Habitable planets are challenging along red dwarfs as represented from your video.
These stars have ultra instinct flares and sunspot outbreaks which can either drastically increase or decrease a planets temperature.
Habitable planets are likely titally lock due to the distance from the star and tidal forces.
A planet must be around one that is relatively stable of an older age or exist with subsurface oceans.
hOw cAN It decReaSe tHe TEMPerAturE????
@@terminusfinity009 Sunpots.
@@Ceres4S2D1 shadow?
@@terminusfinity009 Sunspots are cooler regions of stars, and Red Dwarfs cycle plasma throughout their layers, so more unfusable areas can exist at different times, hence, increasing sunspots.
red dwarfs cant burn helium that just proves how weak they really are bruh
How did you make this
I remember when you only had 13 subs
omgg im surprised how you still subbed to me even though i didnt upload anything for a year
@@saltyocean2003 you didnt upload forna year?
@@saltyocean2003 i started watching when you uploaded the G type timeline
@@howardty2733 oh dam ok lol
I just randomly came across a guy named salty ocean and then I was like what did this guy upload I looked into the channel and I see timelines of different stars with solar system and planet with eyes
блин чисто до слёз
от гугл-переводчика: да, конец становится грустным, лол
@@saltyocean2003 how did u type russian
@@terminusfinity009 i used google translator lmao
R.I.P A
3:40 wait if that rogue planet is 29 earth masses, why you draw it larger then the star itself if it isn’t even at the saturn mass??
if i did it will look more compariable to D
It's not too scale, otherwise the Rockies will be very hard to see
4:59 Why? Even K-type can't burn helium, it won't help. You need hydrogen
D looks like a small gas giant in 964
I mean 39056
Wow nice
Sorry if I get this wrong, but if quasi stars had systems, would it be possible for you to do one of them?
(Please yell at me in the replies if you have anything to say also this is targeted at everybody:
I just wanna see something get devoured by a black hole)
hmmmm
It says no replies
@@Culico cool
Ok now it says 4
Quasi stars do have systems they are theoretical but if they do exist they would have systems they would orbit incredibly far away but they would exist and they would be nearly invisible because of the massive size of the star
Nice
Can you do B? ,with 2 planets and 1 moon
@Samuel Buch fauck
good ending : gaz giant gives helium to red dwarft and it live an other 1T years
It is too far to give the red dwarf helium ,probrally at like jupiter's orbit
@@iapetus6110 he is at 3.8 AU away from the star
@@iapetus6110 Jupiter is at 5 AU. But yeah, 3.8 AU is still too far. Especially for red dwarf star
The gas giant is bigger than the star 💀
How did you manage to keep track of years in animation?
Fr
@@Trition-y5y fr?
A rouge planet is F!?
Dam Trillion years
A dies after 2.5 Ty
Red dwarfs don’t grow
Why is this sad
why do they say its sad?
4:45 mini sun
better than spacedoge, or uhh "astrocat"
Space dodge 💀
@@wyattm6782 i said space DOGE 🤦♂️
So sad that a died
I'm gonna rap
but a k type can burn helium
K types cant burn helium and this is an m type
İt ended. What now?
black
Sleep v_v
@@saltyocean2003 o k
Sus
Indeed
😂😂👍
This star can live in 10 trillion years, not just 2,6 trillion years.
Thats what the sources told me
Proxima centuari lives 3.6 ty
@@Patriotic_italian5 idek what is going on lol
Actually Proxima Centauri can live up to 4 trillion years thoa ngo and how did you know stars with this mass can live in 10 trillion years
10 trillion is for the really smallest stars, like 0.08 solar masses or something, and this was 0.11.
A.M type star? Wtf?
yeah ik those stars are weird
e
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2763 1:06