No, it IS interesting to speculate about it. It WOULD be interesting to go study that sort of thing. That's why we need to fund more research into propulsion systems capable of getting us to other stars 🤷🏻♂️
The oceans and atmosphere would be blown away if the sun was blue, even if the blue sun was rather same size. But blue stars are larger and more massive than our sun. I think that the Earth would have to be at the distance of Jupiter or Saturn in order not to fry if the sun was such a star. If the sun was a smaller red or orange star then Earth would have to be closer to it.
Jupiter orbits at an average distance of about 5.2 astronomical units (AU) from the Sun, and Saturn is at about 9.5 AU, these distances are still too close to a blue giant. Uranus orbits at about 19.8 AU and Neptune at about 30.1 AU. These distances are closer to the inner edge of the habitable zone for a blue giant, depending on the specific characteristics of the star obv, but Earth would need to be positioned somewhere beyond the orbits of Jupiter, as far out as Uranus or Neptune, or even further to be within said habitable zone
@@jinxapphic The power of these blue stars is incredible! I read that the Pistol Star, one of the most massive blue stars, if not the most massive, burns as much energy in 6 minutes as the Sun burns in an entire year. Our Sun is perfect for us. Just right. We could probably get by with a star that’s a just a little smaller, like Alpha Centauri B, or just a little larger, like Alpha Centauri A. Even nearby Sirius A would be too big, and this white star is just between 2 and 3 times larger than our Sun, if I am not mistaken.
Yeah he went over that fact fast but its kind of mind blowing to think the light is actually green but we just can't see light, only how it interacts with matter. And a white piece of paper is only white (to us) because of how this "green" light interacts with the matter
Actually, I think the sun appears to be white because the cones in the eyes evolved in such a way that we see the world in white light during daytime. If the sun would have been 'blue' or 'red' the cones would have been tuned to higher / lower light frequency.
Yeah this is something I’ve been thinking since college. What we call “visible light” is really a completely arbitrary segment of the electromagnetic spectrum. It just happens to be where the sun emits a great deal of stable energy. Other species on the planet can see other sections only in cases where they had an evolutionary need to do so, which is rare. I think some or all snakes can see infrared light because evolutionarily they need to be able to pick up IR heat signatures. Therefore if we found a star that gives off a different spectrograph of light, it’s possible that life would evolve to see that segment as “visible light” and have their red be the lower end of that segment followed by orange, yellow, and so on. I also think in most cases, just due to the nature of star composition and main sequence stars, that most stars like the sun are mostly the same and their spectrum wouldn’t be remarkably different. Maybe shifted up or down depending on if it’s redder or bluer than our sun. But that leaves an interesting idea: if a species evolved around a red giant, which is red because it gives off a different spectrum of energy lower/redder than our own, would that species see their star as “white” and therefore see our stuff as being very blue, with the extreme being that just as we would not be able to see their reds and oranges, they may see all our greens, blues, and purples as invisible the way Infrared is “invisible” to us? IR is invisible to us only because it falls outside of the spectrum our eyes have evolved to see.
@@matthewhintz5308pretty sure any species that can see multiple colors based on how different things reflect and absorb the radiation from their sun would typically consider the sun a neutral color conceptually identical to white, simply because it provides all of the radiation they evolved to see combined at once. not an evolutionary ocular biologist though.
Sun temperature is 5500'C on the surface, blue stars - over 10000'C. Wolf-Rayett stars even 40000'C. Imagine temperature on Earth in this two scenarios. 200'C? 500'C? And what about life in Venus?
Actually, the spectrum colors of the main stars can indicate the star's temperature range rated in Kelvins. For example, a red star usually can be somewhere in the 1,000 to 2,500 K temperature range and the lighter the color of the star the hotter the star gets. So the colors red orange, orange to yellow then yellow to white and finally approaching a blue white and then bright blue hue. The temperature range starts from the 1,000 kelvins and can get as hot as a Blue Giant which can be anywhere from 30,000 to 50,000 kelvins and hotter than that. And it stands to reason that the hotter a star gets, the bigger the star becomes which is why the B-type and O-type stars are much bigger than the main stars in most star systems. So if the main star in our star system were to turn blue instead of orange-yellow, the star would be much, much bigger and practically swallow up Venus, Mercury and the outer photosphere would be right on Earth's doorstep. The Earth would be literally cooked to a crisp being right on thr edge of the photosphere of a blue giant.
when you say humans will only survive a black sun if we go underwater or live near a volcano, you seemingly forget to mention our underground facilities and cities like Montreal. Also, we would get vitamin D from several things from the stuff we eat to the stuff we drink. In these underground cities, you could grow crops because you just need to recreate photosynthesis with lighting and under the right conditions like temperature. I'm not a genius in this area and I am pretty dumb in this area so would this even work?
U know whats funny. The flares are now reaching us too. Never experienced seeing Northern lights in my country till couple days ago. Everyone in the Netherlands could have seen the Northern Lights.
So, does this mean that everything in space besides planets are technically all white in color when viewed in space due to the brightness these objects give off, but their real color is actually blue, yellow, red, etc if you were to get close to them without the brightness blocking it out? Or is that they're all just white regardless in space and only objects viewed from planets atmospheres change the color of objects in space? Which is it?
White is the “color” we see when all the colors we can see are combined together. It has to do with wave lengths. The blue giant suns are blue in color to us on earth and in space close to it. When u see a star in the sky twinkling, its not actually doing that. Its the light going thru our atmosphere and distorting the wavelengths and thats why a star can even appear to change color while twinkling. The distortion and levels of atmosphere can block certain wavelengths giving that effect. Over all tho no, not everything in space besides planets are white. Just like everything on earth we see all of colors within certain wavelengths. Things have colors that we cant even see and have no idea nor could we comprehend just because they are outside that wavelength spectrum. In space our eyes will work the same and see the same colors we normally do other than what is filtered through atmospheres and all sorts of random space debris that can act almost like a filter itself.
The human eye sees light of a certain wavelength/narrow band of wavelengths as green,but it also sees a mixture of the wavelength perceived by itself as blue,and mixed with the wavelength that we perceive as yellow: as green. Probably can't tell the difference.
Well considering the sun is actually green and looks nothing like we think it does I'd say it really wouldn't make that much of a difference at all. You probably see a global temperature increase on average of about 4 to 5° F. But of course there are many individuals who refer to multiple points during the pleistocene epoch and before the start of the Holocene as climate Maxima. We'd actually be just fine.
There was a nice 100+ million year period of snowball earth. Think it could have been shifting into the lower blue color and our own atmosphere blocked it out
It would be a whole lot warmer here, that's one thing that would be a massive change. A WHOLE lot warmer. (Like a whole 20 degrees Celsius warmer... every day...)
also something that im commenting before watching this fully, because our atmosphere is blue we see the sun here as yellow, but outside the earth's atmosphere its white and like that in mars's atmosphere because its a reddish color, the sun there is a blue-ish color while its sunset or sunrise
Wait so the sun is green? We just skipped over that mind blowing fact. And it makes sense since plants are green to absorb the green light. But nothing looks green because you don't see light, you see it interact with matter, and a while piece of paper is only white because of the way the sun's "green" light interacts with it
If the sun were a blue giant star, the current distance is too close, if our planet moved about to the orbit of jupiter. Plants would grow shorter and smaller but quicker. If we made it a cooler red star, we would need to nearly to the orbit of venus, plants would grow taller and much bigger. ❤
Technically the sun or star doesn’t have color you confusing seeing the outer layers of gases reflecting from light. White light or visible light in spectrum has every color even UV light which is not seen and Infrared light which is also not seen the reflection of the light is actually form the two non visible light UV and infrared light. Infrared being the most important in protons and radiation released form light or a Star and gases around them. Our sun looks orange to yellow because of the amount of Hydrogen where as blue would be the amount of a said another molecule like Methane. A hypergiant or supergaint red star still produces visible light why what does the North Star look like white light so in theory the color of the Sun or star isn’t the important it’s the Mass and Energy of that Star or Sun for now in science all light spectrums are from white light not the actual Star or sun color.
Yeah we would survive without seeing anything and I think we'd overcome that obstacle relatively quickly. Blind people can have a happy life with a world that's tailored to seeing, so if everything was designed for living in the dark, I don't think that would be a big issue. The big issue is what we are going to eat? Unless there's some fast-growing nocturnal polar animal we can eat, I think we're done as soon as we're out of preserved food.
why do we we still measure our universe’s lifespan? if gravity does effect time then there are locations all over that are older than their neighbor and so on till som probably already lived past and are older then the universe.
How are all the stars we see in the sky still alive. I get most of them are, but it doesn’t seem like a true statement to say all of them. Can anyone explain?
so.. before the sun explodes milky way galaxy will collide with another galaxy that is accelerating towards us meaning no one will get to see the red giant sun?
I mean blue is the hottest part of the spectrum so earth wouldn’t exist.. you’d probably have to move to Pluto 😂. I mean basic science in school shows you this, you can put your hand through a red or yellow flame quickly without it affecting you, but you cannot do that with a blue flame you will instantly burn.
Since our star isn't big enough to explode and will turn into a white dwarf and slowly cool off. The educated guess is when it cools off it will turn black. A dead husky of it's former self.
ummm...if the atmosphere absorbs all te blue light waves from the sun, then the color "blue" would be unknown to us in nature. What color we "see" is what ISN'T absorbed by the whatever. Therefore, if the atmosphere absorbed all the blue light (blue is a "primary" color, not a combination of colors) AND the sun was blue we would not be able to see the sun. Also, it would be mighty dark 24 hours a day on "Earth" since the atmosphere would be absorbing all the light from the (now invisible on Earth's surface) sun.
Yeah, the video didn't explain it well, it's just that the wavelengths the Sun produces lean on the green side of things, but that doesn't make it green, because obviously due to luminence, it appears white still. All the video meant is that it emits more green wavelengths than blue, red, orange, yellow, and violet.
Would be interesting to speculate how our vision would have evolved with each of these colors.
No, it IS interesting to speculate about it. It WOULD be interesting to go study that sort of thing. That's why we need to fund more research into propulsion systems capable of getting us to other stars 🤷🏻♂️
The oceans and atmosphere would be blown away if the sun was blue, even if the blue sun was rather same size. But blue stars are larger and more massive than our sun. I think that the Earth would have to be at the distance of Jupiter or Saturn in order not to fry if the sun was such a star. If the sun was a smaller red or orange star then Earth would have to be closer to it.
Deep frying earth (social experiment) 💀
Yep, you got it. However, it would have to be further than jupiter.
Jupiter orbits at an average distance of about 5.2 astronomical units (AU) from the Sun, and Saturn is at about 9.5 AU, these distances are still too close to a blue giant. Uranus orbits at about 19.8 AU and Neptune at about 30.1 AU. These distances are closer to the inner edge of the habitable zone for a blue giant, depending on the specific characteristics of the star obv, but Earth would need to be positioned somewhere beyond the orbits of Jupiter, as far out as Uranus or Neptune, or even further to be within said habitable zone
@@jinxapphic The power of these blue stars is incredible! I read that the Pistol Star, one of the most massive blue stars, if not the most massive, burns as much energy in 6 minutes as the Sun burns in an entire year. Our Sun is perfect for us. Just right. We could probably get by with a star that’s a just a little smaller, like Alpha Centauri B, or just a little larger, like Alpha Centauri A. Even nearby Sirius A would be too big, and this white star is just between 2 and 3 times larger than our Sun, if I am not mistaken.
@@jinxapphic WOW. Good math!
Actually even the vegetation is primarily green because of the sun's color, if it was red then the plants would mostly be blackish blue
Yeah he went over that fact fast but its kind of mind blowing to think the light is actually green but we just can't see light, only how it interacts with matter. And a white piece of paper is only white (to us) because of how this "green" light interacts with the matter
If the sun was red/purple the plants would be red, at least in the ancient stories from before The Great Catastrophe.
if the sun was blue we would not exist has the earth would be cooked
That is actually true
What about red? 🔴🔴
Humans:uhhh (with fear)
@@apple_ron3479Were gonna become ice cubes
Exactly what he says in the video?
Actually, I think the sun appears to be white because the cones in the eyes evolved in such a way that we see the world in white light during daytime. If the sun would have been 'blue' or 'red' the cones would have been tuned to higher / lower light frequency.
Yeah this is something I’ve been thinking since college. What we call “visible light” is really a completely arbitrary segment of the electromagnetic spectrum. It just happens to be where the sun emits a great deal of stable energy. Other species on the planet can see other sections only in cases where they had an evolutionary need to do so, which is rare. I think some or all snakes can see infrared light because evolutionarily they need to be able to pick up IR heat signatures.
Therefore if we found a star that gives off a different spectrograph of light, it’s possible that life would evolve to see that segment as “visible light” and have their red be the lower end of that segment followed by orange, yellow, and so on.
I also think in most cases, just due to the nature of star composition and main sequence stars, that most stars like the sun are mostly the same and their spectrum wouldn’t be remarkably different. Maybe shifted up or down depending on if it’s redder or bluer than our sun. But that leaves an interesting idea: if a species evolved around a red giant, which is red because it gives off a different spectrum of energy lower/redder than our own, would that species see their star as “white” and therefore see our stuff as being very blue, with the extreme being that just as we would not be able to see their reds and oranges, they may see all our greens, blues, and purples as invisible the way Infrared is “invisible” to us? IR is invisible to us only because it falls outside of the spectrum our eyes have evolved to see.
@@matthewhintz5308pretty sure any species that can see multiple colors based on how different things reflect and absorb the radiation from their sun would typically consider the sun a neutral color conceptually identical to white, simply because it provides all of the radiation they evolved to see combined at once. not an evolutionary ocular biologist though.
It’s kind of amazing to see how life can adapt to the extreme.
we would all die if the sun was blue😅
Sun temperature is 5500'C on the surface, blue stars - over 10000'C. Wolf-Rayett stars even 40000'C.
Imagine temperature on Earth in this two scenarios. 200'C? 500'C?
And what about life in Venus?
@@xgorzki603skill issue, it’s not that bad
Actually, the spectrum colors of the main stars can indicate the star's temperature range rated in Kelvins. For example, a red star usually can be somewhere in the 1,000 to 2,500 K temperature range and the lighter the color of the star the hotter the star gets. So the colors red orange, orange to yellow then yellow to white and finally approaching a blue white and then bright blue hue. The temperature range starts from the 1,000 kelvins and can get as hot as a Blue Giant which can be anywhere from 30,000 to 50,000 kelvins and hotter than that. And it stands to reason that the hotter a star gets, the bigger the star becomes which is why the B-type and O-type stars are much bigger than the main stars in most star systems. So if the main star in our star system were to turn blue instead of orange-yellow, the star would be much, much bigger and practically swallow up Venus, Mercury and the outer photosphere would be right on Earth's doorstep. The Earth would be literally cooked to a crisp being right on thr edge of the photosphere of a blue giant.
If the sun was red, we would see the world like how America shows Mexico in movies
when you say humans will only survive a black sun if we go underwater or live near a volcano, you seemingly forget to mention our underground facilities and cities like Montreal. Also, we would get vitamin D from several things from the stuff we eat to the stuff we drink. In these underground cities, you could grow crops because you just need to recreate photosynthesis with lighting and under the right conditions like temperature. I'm not a genius in this area and I am pretty dumb in this area so would this even work?
two days ago we saw the aurora in the Balkan region here in Europe, we never have this so it was pretty big news
"Maybe you've heard of 7 dwarves"
Modern Disney sure hasn't, lol
U know whats funny. The flares are now reaching us too. Never experienced seeing Northern lights in my country till couple days ago. Everyone in the Netherlands could have seen the Northern Lights.
The light we see from other stars is the light from millions of years ago, even billions
So, does this mean that everything in space besides planets are technically all white in color when viewed in space due to the brightness these objects give off, but their real color is actually blue, yellow, red, etc if you were to get close to them without the brightness blocking it out? Or is that they're all just white regardless in space and only objects viewed from planets atmospheres change the color of objects in space? Which is it?
White is the “color” we see when all the colors we can see are combined together. It has to do with wave lengths. The blue giant suns are blue in color to us on earth and in space close to it. When u see a star in the sky twinkling, its not actually doing that. Its the light going thru our atmosphere and distorting the wavelengths and thats why a star can even appear to change color while twinkling. The distortion and levels of atmosphere can block certain wavelengths giving that effect. Over all tho no, not everything in space besides planets are white. Just like everything on earth we see all of colors within certain wavelengths. Things have colors that we cant even see and have no idea nor could we comprehend just because they are outside that wavelength spectrum. In space our eyes will work the same and see the same colors we normally do other than what is filtered through atmospheres and all sorts of random space debris that can act almost like a filter itself.
yes
The human eye sees light of a certain wavelength/narrow band of wavelengths as green,but it also sees a mixture of the wavelength perceived by itself as blue,and mixed with the wavelength that we perceive as yellow: as green. Probably can't tell the difference.
If the sun is blue then the eartg will be a gas stove. 😂😂😂
Well considering the sun is actually green and looks nothing like we think it does I'd say it really wouldn't make that much of a difference at all. You probably see a global temperature increase on average of about 4 to 5° F. But of course there are many individuals who refer to multiple points during the pleistocene epoch and before the start of the Holocene as climate Maxima. We'd actually be just fine.
There was a nice 100+ million year period of snowball earth. Think it could have been shifting into the lower blue color and our own atmosphere blocked it out
was this script written by an AI? it's giving manic uncanny valley energy
How can something be manic and uncanny? Manic is a human trait, the uncanny is directly inhuman.
@@sidcomegys4154 look up “uncanny valley”
It would be a whole lot warmer here, that's one thing that would be a massive change.
A WHOLE lot warmer. (Like a whole 20 degrees Celsius warmer... every day...)
The milky way galaxy and the andromeda galaxy are going to collide 6:31
That aint no baby, that's a grown ass,man.😂😂😂5:19
If the sun was blue it would need to be W, OB, O, B spectral types
Pros: The sun is my favorite color.
Cons: I am on fire.
also something that im commenting before watching this fully, because our atmosphere is blue we see the sun here as yellow, but outside the earth's atmosphere its white
and like that in mars's atmosphere because its a reddish color, the sun there is a blue-ish color while its sunset or sunrise
“I know I won’t be around, I got a party to go to” it’s like I know what you mean🙁😔
the video starts with "in fact"...so thats just a part of a bigger video somewhere else?
I think this is another of these AI scripted videos...
Everytime I see a thumbnail like this my first thought is we all die cuz that’s usually the answer since space stuff is very dangerous
Great!
Hi
True
Nice video ❤❤
those generals in ancient warfare used to define a tactic just by the color of the sun/moon and eclipse. lmao.
If there is no light, there is no photosynthesis in the oceans also... So all the food chain is broken also...
Long story short, we'd become vaporized grilled cheese sandwich gasses in 1 Decillionth of a Nanosecond.
To summarize: The sun is white, and being a red star, it is green.
👍🏻
The Universe is older than 14 billion years old - please keep up and DOUBLE that number!!
I don’t believe that’s the current theory
It's acccctuuually .....13 billion years old
It's all theories kiddo
13.6 billion estimated based on the universe's expansion, physics based on time, and CMB measurements. Source: I'm an astrophysics major
I don’t know man.but while I still alive I just know sun is beautiful
You could bombarded or absorb the energy from the sun changing it's color
Blue is the worst type of heat you could experience
Am I the only one that doesn’t like when they change narrator’s. I like the older man his voice is relaxing especially when I’m trying to sleep.
Wait so the sun is green? We just skipped over that mind blowing fact. And it makes sense since plants are green to absorb the green light. But nothing looks green because you don't see light, you see it interact with matter, and a while piece of paper is only white because of the way the sun's "green" light interacts with it
I think since the automesphere exists I think it looks mixed so it’s the reflection of the automosphere
Hopefully they could build under sea cities like Jabberjaw
Loved jabberjaw
If the sun were a blue giant star, the current distance is too close, if our planet moved about to the orbit of jupiter. Plants would grow shorter and smaller but quicker. If we made it a cooler red star, we would need to nearly to the orbit of venus, plants would grow taller and much bigger. ❤
Wow, good question....
We would live longer.
Technically the sun or star doesn’t have color you confusing seeing the outer layers of gases reflecting from light. White light or visible light in spectrum has every color even UV light which is not seen and Infrared light which is also not seen the reflection of the light is actually form the two non visible light UV and infrared light. Infrared being the most important in protons and radiation released form light or a Star and gases around them. Our sun looks orange to yellow because of the amount of Hydrogen where as blue would be the amount of a said another molecule like Methane. A hypergiant or supergaint red star still produces visible light why what does the North Star look like white light so in theory the color of the Sun or star isn’t the important it’s the Mass and Energy of that Star or Sun for now in science all light spectrums are from white light not the actual Star or sun color.
Yeah we would survive without seeing anything and I think we'd overcome that obstacle relatively quickly. Blind people can have a happy life with a world that's tailored to seeing, so if everything was designed for living in the dark, I don't think that would be a big issue. The big issue is what we are going to eat? Unless there's some fast-growing nocturnal polar animal we can eat, I think we're done as soon as we're out of preserved food.
If the sun was gone 4:23
Plants die fast. Animals die slightly slower. Humans become cannibals, but eventually die.
2:11
Wait, Are you kidding me?!
Didn’t you just say it was white?!
Ayyee I got a party to go to😂😭 2:09
why do we we still measure our universe’s lifespan? if gravity does effect time then there are locations all over that are older than their neighbor and so on till som probably already lived past and are older then the universe.
How are all the stars we see in the sky still alive. I get most of them are, but it doesn’t seem like a true statement to say all of them. Can anyone explain?
scuffed start
jumping one to another
really feels like ai content
Why did it turn into a sun/star fact video? Even my brother was interested lol*
"What if the sun was blue?"
The sky would be yellow.
So it would look like the atmosphere was filled with excessive amounts of sulphur.
Short answer before watching the video, we'd all be fucking dead from the amount of heat coming off
The sothern lights are Aurora Australis
Volcanoes wouldn't exist if the core cools
Energy dispersed supported in groups, stability and white. Energy gathering up into one collective density , we gain blue.
if the sun was blue earth would have been literally cooked and we would not be alive
if the sun is red earth would be cold and dark
lol
3:01 no there are no blue stars only white
Then we can be Superman, think about how Superman can be supercharged by blue sun.
humans aren't solar powered
15 seconds in, light is refracted through water to make rainbows, not reflected
What would the color spectrum be like
naw they fr put the btd5 map “space truckin” in the thumbnail
0:05 ok I'll name it 587.5618nm. Does it emit that?
so.. before the sun explodes milky way galaxy will collide with another galaxy that is accelerating towards us meaning no one will get to see the red giant sun?
"it's red blue green yellow, you name it" I bet it's not black.
So who else has Carrington Event causing Kessler Syndrome in their Darkest Timeline bingo card?.....
The thumb nail is inaccurate - Venus is a lot bigger roughly Earth’s size
0:22 I never seen that
If the sun were blue, we'd be purple people eaters.
If the earth’s core is -450 there won’t be volcanoes
People in Earth may not be called humans instead Super Saiyans blue.
6:12 So basically, Earth's internal temperature is over 9000!!!
I mean blue is the hottest part of the spectrum so earth wouldn’t exist.. you’d probably have to move to Pluto 😂. I mean basic science in school shows you this, you can put your hand through a red or yellow flame quickly without it affecting you, but you cannot do that with a blue flame you will instantly burn.
What if all the water on Earth turned into molten lava?
the obviousness in this question alone is immaculate
Then the world would be a brighter, warmer place.
Then R.I.P.
fun fact: if the sun was blue, we would not live.
If the earth reflected red and let blue in ibstead, we would also likely be bombarded with UV. Making earth uninhabitable
Then we would no longer be in the Goldilocks of we be in the toasty Zone
Don't need the video to know: we'd be dead. The end.
What if I turn blue?
if our universe is that young how do u know this “black” dwarf
Since our star isn't big enough to explode and will turn into a white dwarf and slowly cool off. The educated guess is when it cools off it will turn black. A dead husky of it's former self.
@@johncase1353 ok..
WE ARE ALL GOING TO die 4:51
soundtrack tears
What kinda video starts off with “in fact”
An apparent compilation of other video clips.
I prefer the bottom of the ocean only issue is we have to take medication to keep our bodies fome having issues
Wait, if the sun was a black dwarf, why would the moon slam into the earth?
188 more years
Ice ages?
The sunnis not yellow its white. Apparently
What do you mean "reversed" though? Blue is hardly the inverse of white.
Thought it was 93 million miles away
*We need a Green Sun to go green.*
Did anyone else notice the narators voice changed 3-4 times what the heck is the point in that. makes think this stuff is ai generated....
Blue is not the "reverse" of yellow.
ummm...if the atmosphere absorbs all te blue light waves from the sun, then the color "blue" would be unknown to us in nature. What color we "see" is what ISN'T absorbed by the whatever.
Therefore, if the atmosphere absorbed all the blue light (blue is a "primary" color, not a combination of colors) AND the sun was blue we would not be able to see the sun. Also, it would be mighty dark 24 hours a day on "Earth" since the atmosphere would be absorbing all the light from the (now invisible on Earth's surface) sun.
Isnt the sun white?
it is
Yeah, the video didn't explain it well, it's just that the wavelengths the Sun produces lean on the green side of things, but that doesn't make it green, because obviously due to luminence, it appears white still. All the video meant is that it emits more green wavelengths than blue, red, orange, yellow, and violet.
What if the sun turned brown ?
0:53 lol
The Solar System can be a dynamic place to live. I would just trust God, and let him take care of us. Mister X