Replacing Sun with Other Stars

2:15 also, if anybody wants to know RGSC2-18 is Stephenson 2-18, its just stephs official name.

This just shows how lucky we are that the Sun is the solar systems star.

I can't tell if Uranus is smiling or frowning.

I feel like Jupiter and Saturn would be best friends if they were alive

Ooh, I like the way you draw the planets. They're very pretty. :) Now, random notes: --I love Venus's snarkiness. "You just HAD to say something!" --Whoah, I've never seen one of these that included a QUASI star before! Dang. So huge it almost outright eats _Neptune_. Dear god. --Oooh, Eta Carinae's special effects. Purty. --Wait, a teensy little BLUE star? I gotta look this up. (does so) Yeah apparently it's a regular star, not a teeny-but-hot white dwarf or anything. Huh! --"Please don't tell me this is still happening." "Okay I won't." "It is though, isn't it." "Yep." --Yo Trappist! Nice to see you here...but we'll all have to get WAAAAAAYYY closer to match your actual 7 planets in temperature. --I at first wondered why the outer planets were peacing out, then I got it: The GRAVITY is too weak! Especially when you get to STARS smaller than our biggest PLANETS. --Luhman! We're including brown dwarfs! :D --Ooh, the lighting/color changes during the different brown dwarf types part! I LOVE it! That's a really nice touch. --"Average Q-type star" Q?! Okay, I'mma have to go look something up mid-video again. A...GREY...HOLE...? That's a thing? Actually sounds like something that gets mentioned in the book "Dragon's Egg", where they talk about the cheela being able to settle other stars including "white dwarfs almost as dense as a neutron star" and "neutron stars so dense their core is a small black hole". So...apparently an idea similar to that has existed since at least 1985, when that book was written. (And yes, I did say they would be settling the STAR, not the planets AROUND the star. That is not a mistake. The cheela are degenerate-matter beings who evolved on a neutron star.) (I could figure out what the "WD" and "X" type stars were by the picture/knowing what a White Dwarf is. :P) C type?! GodDAMMIT, I just barely closed that tab! Oh yeah, CARBON star, that makes sense. I didn't know they had a proper classification name. S type--aha, you didn't catch me this time, I still had the "look up wtf this even is" tab open after the C-type one! Last but not least, I love everybody's BUG EYES reaction to the Sun saying "Can we do this again?" XD

pluto: survives everything* other planets: X_X

4:39 Uranus: NEPTUNE I GOT TO SAVE YOU!

0:24 Sun 0:26 Sirius 0:34 Pollux 0:44 Arcturus 0:56 Polaris 1:05 Rigel 1:13 Deneb 1:19 Pistol Star 1:30 Antares 1:44 Betelgeuse 1:56 VY Canis Majoris 2:06 UY Scuti 2:13 RGSC2-18 2:20 Westerlund 1-26 (Upper Estimate for size) 2:23 Quasi Star 2:30 Eta Carinae A 2:42 WR R136A1

4:59 Sun 5:08 Average M-Type Star 5:10 Average K-Type Star 5:12 Average G-Type Star 5:15 Average F-Type Star 5:23 Average A-Type Star 5:27 Average B-Type Star 5:30 Average O-Type Star 5:32 Average W-Type Star 5:35 Average L-Type Star 5:39 Average T-Type Star 5:41 Average Y-Type Star 5:43 Average WD-Type Star 5:45 Average Q-Type Star 5:47 Average X-Type Star 5:51 Average Red Giant Star 5:53 Average Red Supergiant Star 5:55 Average Red Hypergiant Star 5:58 Average C-Type Star 6:00 Average S-Type Star 6:03 (Hypothetical) Upper Limit for Stars

I’ve never heard of RGSC-2-18 but maybe that’s a nickname for Stephenson-2-18

Now this has officially become my most viewed video. Ty so much everyone!

Best animated video I ever seen in months! :)

Cool video its amazing and enchanted!

Respect to the camera man who recorded all the planets in the middle of space and traveling light years to grabs stars to replace them with sol

Hey! Your vid inspired me to make my own video about stars in the system! Thank you for making this.

X type stars: Type X stars are the most massive stars on the main-sequence table, which means they are also the hottest, brightest, and most short-lived out if any of the regular stars. They burn at a temperature of 60,000 to 100,000 degrees Kelvin, and can be between 70,000 to 1,500,000 times as luminous as the sun. (They also glow in a pink hue)

Amazing ^^

Ayy nice work!

i love the music

These musics together is litary almost making me dance🎉❤❤