@5:44 It's not fair to say that "Nothing much happens on Uranus". When Voyager visited in 1986 and took that "blank Uranus" photo, it's only because it was summer on Uranus' Southern Hemisphere and its storm system was dormant. 21 years later, when Uranus entered its Equinox in 2006/7, massive white storms covering the poles and smaller ones rotating around the equator were seen by Hubble. Uranus basically simply "awakened" from its slumber. Also, look at Uranus in radio wave + infrared and not only visible light and you will seen that it's NOT a boring planet at all.
Using the formula to change absolute magnitude to apparent magnitude (and vice versa), you can find how bright the sun would be at a certain distance. This, along with using Declination and Right Ascension measurements to determine the Sun's position in the sky from an another object, can be used to see how the sun can be seen from other stars, and I tried it for some stars. The results below might not be accurate, or right, but at least I tried. -From Alpha Centauri (A), the Sun would be a magnitude 0.44 star (comparable to Achernar) in Cassiopeia, just outside of the Heart Nebula -From Sirius, the Sun would be a magnitude 1.94 star (comparable to Alhena) in-between Hercules and Aquila -From Altair, the Sun would be a magnitude 3.38 star (comparable to Homam) in Monoceros, close to Alpha Monocerotis -From Vega, the Sun would be a magnitude 4.26 star (comparable to Xi2 Ceti or Tau Tauri) in-between Columba and Puppis -From Arcturus, the Sun would be a magnitude 5.09 star (comparable to n Persei or 45 Eridani) in-between Cetus, Eridanus, and Fornax
@@yeetoburrito Very nice, thank you. I wonder if someone with access to Space Engine or Universe Sandbox or something could make a video whereby they choose those stars and look back at where the Sun would be found. I think those programs would then show the Sun in the sky.
@@elviaxmemee The Earth has a finite amount of diamonds. If we find a source of diamonds in any place, we should go for it, like humanity always does. If we found a place on Earth with an obscene amount of diamond, no one says "Oh, we should ignore it since it will make the price drop." We mine the crap out of it. Do you have any idea how expensive retrieving diamonds from Uranus and Neptune will be? They'll still be expensive as hell.
@@philosotree5876 Traveling to Uranus and Neptune would take years, maybe decades. I think it is more important to save our planet mitigating the greenhouse effect.
luv ur videos, it puts me in tears everytime from so much beauty❤️ next time when u talk please put the music a bit lower, sometimes its hard to hear you!
There were some pictures of tenuous clouds on Pluto that New Horizons found as it was looking at its crescent, not to mention some [potentially young?] cryovolcanos, so it does have more going for it than anyone would've reasonably expected. There's also an ozone layer covering Ganymede, although it doesn't make much of a difference as far as "weather" so I totally understand not covering it in the video. Just figured I'd make a bonus comment. I actually did NOT know that it technically does rain on Venus, but it just doesn't make it to the ground. (I suppose I should've expected that given the extreme cloud covers though ^^' )
So you like being pelted by the hardest known material in nature nonstop all day long while the wind just picks you up and carries you wherever it feels like? ....I mean, I ain't judging, but that sounds awfully scary to me. I like Earth better.
Best video I've seen in a while, what mods did you use? I got the game like 2 months ago and struggled doing the clouds thing and that water part on mars
Weather forecast of the solar sistem: hell on Venus, cold sandstorms on mars, raging storms on jupiter and Saturn, Methane rain on Titan, diamond rains in Uranus and Neptune, Methane snow on Pluto.
When a planet forms, it is very hot. The surface cools quickly but the core of the planet can remain hot for billions of years with some of that heat slowly rising from within to slightly warm the surface. Uranus is heavily tilted on its side due to a collision with a large object a long time ago. That collision exposed some of Uranus' interior to the coldness of space which cooled it faster than normal while Neptune remains warm from its internal heat.
There is a contradiction here: at 5:53 (Uranus) you say that -224 degree Celsius is the coldest temperatur ever recorded in the solar system, but at 7:14 you talk of -232 degree Celsius on Pluto. So Pluto is colder than Uranus (which is logical because Pluto is twice as far from the Sun as Uranus).
![Sunrise from other planets and moons (Our Solar System) [Remake]](/img/1.gif)
Many overlook the weather of planets. Happy you covered it!
read that as overclock
I am happy that Pluto is also included.
@5:44 It's not fair to say that "Nothing much happens on Uranus". When Voyager visited in 1986 and took that "blank Uranus" photo, it's only because it was summer on Uranus' Southern Hemisphere and its storm system was dormant. 21 years later, when Uranus entered its Equinox in 2006/7, massive white storms covering the poles and smaller ones rotating around the equator were seen by Hubble. Uranus basically simply "awakened" from its slumber. Also, look at Uranus in radio wave + infrared and not only visible light and you will seen that it's NOT a boring planet at all.
This video has an absolutely breathtaking soundtrack. Excellent choice and mixing.
Thank you!!
One of the best RUclips channels about astronomy. Keep up the great work buddy 😁
🙌
I don’t know why, but videos about space and planets… they make me cry.
Neptune's atmosphere is insane!!
Could you show us how the Sun would look from nearby stars, and what constellations the Sun would appear to be part of?
Using the formula to change absolute magnitude to apparent magnitude (and vice versa), you can find how bright the sun would be at a certain distance. This, along with using Declination and Right Ascension measurements to determine the Sun's position in the sky from an another object, can be used to see how the sun can be seen from other stars, and I tried it for some stars. The results below might not be accurate, or right, but at least I tried.
-From Alpha Centauri (A), the Sun would be a magnitude 0.44 star (comparable to Achernar) in Cassiopeia, just outside of the Heart Nebula
-From Sirius, the Sun would be a magnitude 1.94 star (comparable to Alhena) in-between Hercules and Aquila
-From Altair, the Sun would be a magnitude 3.38 star (comparable to Homam) in Monoceros, close to Alpha Monocerotis
-From Vega, the Sun would be a magnitude 4.26 star (comparable to Xi2 Ceti or Tau Tauri) in-between Columba and Puppis
-From Arcturus, the Sun would be a magnitude 5.09 star (comparable to n Persei or 45 Eridani) in-between Cetus, Eridanus, and Fornax
@@yeetoburrito Very nice, thank you. I wonder if someone with access to Space Engine or Universe Sandbox or something could make a video whereby they choose those stars and look back at where the Sun would be found. I think those programs would then show the Sun in the sky.
@@nunyabitnezz2802 yeah, I think so. Would be weird if they didn't
I love your voice, editing and much more about your channel, keep it up! The Universe is just fascinating! :D
Thank you so much!!
Everything on this video is just perfect!
Keep going 👏🏻
Your channel is such a gem, congrats for the 25k mark. Keep up with the great work, man.
Amazing as always. 🏆💯🌌.
Thank you!
I love the voice over and editing on this video
MAN! Your videos keep getting better and better
ty 💪
This is beautiful, definitly reminds me of what melodysheep makes
an absolute insane video, never though of the weather. keep up the great work
The dust storms on Mars are wild!
Gracias por incluir a Plutón 💖👏🥹
Amazing work. Thank you 🙏
As usual, a great video!
awesome
Feeling like watching a National Geographics but the astronomy version
hello nice video
Love all your videos
Thank you!
beautiful job!!!!! and thanks to include pluto in your work!!! awesome vid man!!!
Ty!!! You got it 💪
We need to invest in expeditions to Uranus. The diamond rain will more than make up for the cost.
If diamonds become "common" the price will drop. Think about it, in our univers, trees are worth more than diamonds
@@elviaxmemee The Earth has a finite amount of diamonds. If we find a source of diamonds in any place, we should go for it, like humanity always does. If we found a place on Earth with an obscene amount of diamond, no one says "Oh, we should ignore it since it will make the price drop." We mine the crap out of it. Do you have any idea how expensive retrieving diamonds from Uranus and Neptune will be? They'll still be expensive as hell.
@@philosotree5876 Traveling to Uranus and Neptune would take years, maybe decades. I think it is more important to save our planet mitigating the greenhouse effect.
@@g-del-mont3625 I see you're one of those.
@@philosotree5876 it’s only expensive because the industry is rig. It’s only useful because it’s the hardest crystal
Amazing!
I used my telescope to look at jupiter
I saw its moons too
I saw 2 equitorial stripes
I was right. This is your best video yet.
Thats right bill!
Now jimmy is about to say the weather in...solar system
Take it jimmy!
Space CNN
2:13
Just like "No Man's Sky"
luv ur videos, it puts me in tears everytime from so much beauty❤️ next time when u talk please put the music a bit lower, sometimes its hard to hear you!
Noted, thank you!!
That's reminds me a scene from 1984 movie:
--- Weather. See storms. No precipitation.
--- Never one drop of rain on Arrakis.
There were some pictures of tenuous clouds on Pluto that New Horizons found as it was looking at its crescent, not to mention some [potentially young?] cryovolcanos, so it does have more going for it than anyone would've reasonably expected.
There's also an ozone layer covering Ganymede, although it doesn't make much of a difference as far as "weather" so I totally understand not covering it in the video. Just figured I'd make a bonus comment.
I actually did NOT know that it technically does rain on Venus, but it just doesn't make it to the ground. (I suppose I should've expected that given the extreme cloud covers though ^^' )
I casually eat everything
Because he reacted to part 1 of the "Falling Into" videos, Space Chip should react to this
It rains diamond??? Oh i'd love to be there!
No u wouldn't the temperature reaches thousands of degress!
So you like being pelted by the hardest known material in nature nonstop all day long while the wind just picks you up and carries you wherever it feels like?
....I mean, I ain't judging, but that sounds awfully scary to me. I like Earth better.
If you stayed alive at first place 😂
You can't.
🤣
Best video I've seen in a while, what mods did you use? I got the game like 2 months ago and struggled doing the clouds thing and that water part on mars
maybe you can turn the simulation backwards?
He switched from game footage to animation
i meeted stargaze in live thanks for commeting me
I know you already did one of falling into Jupiter, but can you make a video simulating what it would be like in Jupiter's big red spot...
If anyone says props to cameraman i swear
Now I wonder why my pants are always so cold. Thanks for covering Uranus!
The weather on this planets still not as bad as the weather here in south Texas & Florida 🤦🏾♂️
hey stargaze, can i ask, how can i make clouds look better in space engine? They look goofy.....
I didnt have Triton :(
Ikr
5:48
Uranus is very Quite😂😂😂
7:41 Italian Peninsula 🇮🇹 of Pluto 😂
Weather forecast of the solar sistem: hell on Venus, cold sandstorms on mars, raging storms on jupiter and Saturn, Methane rain on Titan, diamond rains in Uranus and Neptune, Methane snow on Pluto.
0:56 Well if a massive heat wave counts as a temperature, Venus does have weather
Mercury doesn't have weather because Mercury doesn't have atmosphere.
I love how you said pluto and not some planet nine.
Why is Uranus colder than Neptune even though it is not as far out? Great vid
Not entirely clear why, but it doesn't emit a lot of heat compared to other planets.
When a planet forms, it is very hot. The surface cools quickly but the core of the planet can remain hot for billions of years with some of that heat slowly rising from within to slightly warm the surface.
Uranus is heavily tilted on its side due to a collision with a large object a long time ago. That collision exposed some of Uranus' interior to the coldness of space which cooled it faster than normal while Neptune remains warm from its internal heat.
Nice pronouncesion. What is u r nation..
There is a contradiction here: at 5:53 (Uranus) you say that -224 degree Celsius is the coldest temperatur ever recorded in the solar system, but at 7:14 you talk of -232 degree Celsius on Pluto. So Pluto is colder than Uranus (which is logical because Pluto is twice as far from the Sun as Uranus).
He also says "planets", and Pluto isnt classified as a planet
The Neptune's atmosphere is gone NOW...
6:34
So, is that place just one big sonic boom?
I want to know how much big the rock planets inside those gasious planets holding such massive gases around them.
Is this the game spaceengine? or pro?
Now show me the weather on the SUN! Don't forget the ...factor absolutely stupidly big number... sun-screen!
Can we live on any planet?
whats the matter
How long till someone flies a probe into Jupiters "great red storm"?
We actually did send a descent probe into Jupiter
what game is that
Do u use Space Engine?
yes he does
You skipped Earth!
earth might have too much storms
Just go outside then lol