habitable planets

[Little lunch]

There's a moon of Saturn called Enceladus.
It has an ocean of liquid water with an ice crust.
As Cassini passed by it detected hydrogen being pushed out into space, which could mean oxygen exists there also.
It's not very big though.
Here on Earth, if we stopped war and spent our money on research, we could possibly find a way to stop the aging process and live here for roughly 10 billion years.

[Gawdzilla Sama]

There's a moon of Saturn called Enceladus.
It has an ocean of liquid water with an ice crust.
As Cassini passed by it detected hydrogen being pushed out into space, which could mean oxygen exists there also.
It's not very big though.
Here on Earth, if we stopped war and spent our money on research, we could possibly find a way to stop the aging process and live here for roughly 10 billion years.

That would be hellish.

[Fake Messiah]

Something that I always wondered, so could someone answer me this?

[vorlon13]

He is punishing the Thetans there ?

[Gawdzilla Sama]

Something that I always wondered, so could someone answer me this?

That's heaven for a sulphur-eater.

[Little lunch]

Something that I always wondered, so could someone answer me this?

Practice makes perfect.
Oh, wait a minute, he's already perfect.
Mysterious ways?

[Anomalocaris]

There's a moon of Saturn called Enceladus.
It has an ocean of liquid water with an ice crust.
As Cassini passed by it detected hydrogen being pushed out into space, which could mean oxygen exists there also.
It's not very big though.
Here on Earth, if we stopped war and spent our money on research, we could possibly find a way to stop the aging process and live here for roughly 10 billion years.

10 billion years?   The earth will either be swallowed or burnt to semi-molten slag when the sun goes red giant in half that time.

But Given that a star’s life span increases exponentially with decreasing mass, I suppose it is conceivable a plant around a dimmest and least massive main sequence red dwarf star can stay in the habitable zone for 10 trillion years.

[Brian37]

Even the most hospitable of worlds would be subject to entropy. And so would our bodies be.
Such is The way our universe works.

While I love how much scientific method has advanced our knowledge of the universe. I think we cant get anywhere long term unless we stop investing in war and pollution. Our species really needs to worry about our planet here and now.

[Little lunch]

There's a moon of Saturn called Enceladus.
It has an ocean of liquid water with an ice crust.
As Cassini passed by it detected hydrogen being pushed out into space, which could mean oxygen exists there also.
It's not very big though.
Here on Earth, if we stopped war and spent our money on research, we could possibly find a way to stop the aging process and live here for roughly 10 billion years.

10 billion years?   The earth will either be swallowed or burnt to semi-molten slag when the sun goes red giant in half that time.

But Given that a star’s life span increases exponentially with decreasing mass,  I suppose it is conceivable a plant around a dimmest and least massive main sequence red dwarf star can stay in the habitable zone for 10 trillion years.

I said roughly. :-)

[Anomalocaris]

Even the most hospitable of worlds would be subject to entropy. And so would our bodies be.
Such is The way our universe works.

While I love how much scientific method has advanced our knowledge of the universe. I think we cant get anywhere long term unless we stop investing in war and pollution. Our species really needs to worry about our planet here and now.

However, I submit that the credible threat of war and the feared consequences of losing wars is the ultimate reason why economic, scientific and technological progress don’t remain isolated sparks but gradually sweep across much of the human society.

Without threat of war, societies that lag behind will clam up rather than bestir themselves to keep up, the advantages of being first movers in progress will diminish and with it incentives to progress, and general progress of humanity will slow to a crawl more typical of the Iron Age than the modern age.