-TwentyFour- wrote:

I was 0 years old when I found:
Light redshifts or decreases it's frequency or loses energy while traveling in the expanding universe. (Google search “redshift of light” for more information.)
But am I only the one to realise that this lost energy may not really lost but gets converted into dark energy?

ZanterZlox wrote:

which was my biggest source of info because I never went to another site……

ZanterZlox wrote:

-TwentyFour- wrote:

I was 0 years old when I found:
Light redshifts or decreases it's frequency or loses energy while traveling in the expanding universe. (Google search “redshift of light” for more information.)
But am I only the one to realise that this lost energy may not really lost but gets converted into dark energy?

The fact that I'm not understanding a single thing you're saying(other than the last part) just goes to show that I should learn more about science.

but then again I don't watch YouTube anymore, which was my biggest source of info because I never went to another site……

-TwentyFour- wrote:

Which upcoming space movie are you excited for?

AndrewB1501 wrote:

I've heard of a space game called Universe Sandbox in the game you can: Create and destroy on an unimaginable scale with a realistic physics-based space simulator. Explore the beauty of our universe and the fragility of our planet. Use science to bend the laws of gravity, collide planets, boil away oceans, fire epic space lasers, and customize your universe. VR optional. It's fun.

-TwentyFour- wrote:

Bump
What is the best space research book you have ever read?

Bard, an experimental AI by Google wrote:

The number of stars in the universe is a very difficult number to estimate. This is because we can only see a small part of the universe, and we don't know how many galaxies are out there that we can't see. However, scientists have made some estimates based on the number of galaxies that we can see, and the number of stars that we know are in those galaxies.

One estimate puts the number of stars in the universe at 100 sextillion. That's a 1 followed by 21 zeros! To put that in perspective, there are about 7.5 sextillion grains of sand on all the beaches on Earth. So, there are about 13 times more stars in the universe than there are grains of sand on Earth.

Another estimate puts the number of stars in the universe at 700 sextillion. That's a 1 followed by 24 zeros! This estimate is based on the assumption that the universe is much larger than we can see, and that there are many more galaxies out there that we can't see.

So, which estimate is correct? We don't know for sure. But either way, the number of stars in the universe is mind-bogglingly large. It's hard to even imagine how many stars there are out there.

Here are some other interesting facts about the number of stars in the universe:

• If you were to count one star per second, it would take you 22 million years to count all the stars in the observable universe.
  
• If you were to line up all the stars in the observable universe, they would stretch for 100 trillion light-years.
  
• The number of stars in the universe is so large that it is impossible to count them all.
  

The vastness of the universe is truly awe-inspiring. It's hard to imagine how many stars there are out there, and how many mysteries the universe still holds.

-TwentyFour- wrote:

Bump

Bard, an experimental AI by Google wrote:

The number of stars in the universe is a very difficult number to estimate. This is because we can only see a small part of the universe, and we don't know how many galaxies are out there that we can't see. However, scientists have made some estimates based on the number of galaxies that we can see, and the number of stars that we know are in those galaxies.

One estimate puts the number of stars in the universe at 100 sextillion. That's a 1 followed by 21 zeros! To put that in perspective, there are about 7.5 sextillion grains of sand on all the beaches on Earth. So, there are about 13 times more stars in the universe than there are grains of sand on Earth.

Another estimate puts the number of stars in the universe at 700 sextillion. That's a 1 followed by 24 zeros! This estimate is based on the assumption that the universe is much larger than we can see, and that there are many more galaxies out there that we can't see.

So, which estimate is correct? We don't know for sure. But either way, the number of stars in the universe is mind-bogglingly large. It's hard to even imagine how many stars there are out there.

Here are some other interesting facts about the number of stars in the universe:

• If you were to count one star per second, it would take you 22 million years to count all the stars in the observable universe.
  
• If you were to line up all the stars in the observable universe, they would stretch for 100 trillion light-years.
  
• The number of stars in the universe is so large that it is impossible to count them all.
  

The vastness of the universe is truly awe-inspiring. It's hard to imagine how many stars there are out there, and how many mysteries the universe still holds.

-TwentyFour- wrote:

-TwentyFour- wrote:

Bump

Bard, an experimental AI by Google wrote:

The number of stars in the universe is a very difficult number to estimate. This is because we can only see a small part of the universe, and we don't know how many galaxies are out there that we can't see. However, scientists have made some estimates based on the number of galaxies that we can see, and the number of stars that we know are in those galaxies.

One estimate puts the number of stars in the universe at 100 sextillion. That's a 1 followed by 21 zeros! To put that in perspective, there are about 7.5 sextillion grains of sand on all the beaches on Earth. So, there are about 13 times more stars in the universe than there are grains of sand on Earth.

Another estimate puts the number of stars in the universe at 700 sextillion. That's a 1 followed by 24 zeros! This estimate is based on the assumption that the universe is much larger than we can see, and that there are many more galaxies out there that we can't see.

So, which estimate is correct? We don't know for sure. But either way, the number of stars in the universe is mind-bogglingly large. It's hard to even imagine how many stars there are out there.

Here are some other interesting facts about the number of stars in the universe:

• If you were to count one star per second, it would take you 22 million years to count all the stars in the observable universe.
  
• If you were to line up all the stars in the observable universe, they would stretch for 100 trillion light-years.
  
• The number of stars in the universe is so large that it is impossible to count them all.
  

The vastness of the universe is truly awe-inspiring. It's hard to imagine how many stars there are out there, and how many mysteries the universe still holds.

-TwentyFour- wrote:

-TwentyFour- wrote:

-TwentyFour- wrote:

Bump

Bard, an experimental AI by Google wrote:

The number of stars in the universe is a very difficult number to estimate. This is because we can only see a small part of the universe, and we don't know how many galaxies are out there that we can't see. However, scientists have made some estimates based on the number of galaxies that we can see, and the number of stars that we know are in those galaxies.

One estimate puts the number of stars in the universe at 100 sextillion. That's a 1 followed by 21 zeros! To put that in perspective, there are about 7.5 sextillion grains of sand on all the beaches on Earth. So, there are about 13 times more stars in the universe than there are grains of sand on Earth.

Another estimate puts the number of stars in the universe at 700 sextillion. That's a 1 followed by 24 zeros! This estimate is based on the assumption that the universe is much larger than we can see, and that there are many more galaxies out there that we can't see.

So, which estimate is correct? We don't know for sure. But either way, the number of stars in the universe is mind-bogglingly large. It's hard to even imagine how many stars there are out there.

Here are some other interesting facts about the number of stars in the universe:

• If you were to count one star per second, it would take you 22 million years to count all the stars in the observable universe.
  
• If you were to line up all the stars in the observable universe, they would stretch for 100 trillion light-years.
  
• The number of stars in the universe is so large that it is impossible to count them all.
  

The vastness of the universe is truly awe-inspiring. It's hard to imagine how many stars there are out there, and how many mysteries the universe still holds.

Someone discuss about this…

-TwentyFour- wrote:

Why this topic died??

-Telekore- wrote:

We can also talk about other space media, like spacey music…