Exactly. Even if we discovered lightspeed travel tomorrow, journeyed out as far as we could possibly go (i.e. the edge of our local supercluster of galaxies), there would still only be a finite amount of resources available.
Even if those resources would be functionally infinite over a single human lifetime, you’d find on the scale of the universe, they’re very much not.
The only thing that might even grow infinitely is the universe itself, and even that we’re not sure of.
Because that’s not exactly how it works. Nature is finite not because it doesn’t try to grow limitlessly, it’s that nature grows in equilibrium with the resources and space available in the system/environment.
That often results in the same thing, but the distinction is very important, as if tomorrow there suddenly were infinite resources and space, nature wouldn’t just sit there and go “nah, I don’t do infinite growth”, it would quickly adapt to just grow endlessly.
On a smaller scale, this is what happens with algae blooms before they run out of resources and die off back into equilibrium with their environment.
The only reason complex creatures can even exist is because of genes made to restrain this behaviour in an organism’s own cells, turn those off and you get the cellular equivalent of an algae bloom in your body.
Even then, plenty of organisms do that very same thing, like the rabbit swarms in Australia or Locust swarms in various parts of the world.
Nature doesn’t aim for infinity, but it’s not not aiming for it either. If the environment allowed, that’s what would happen.
The sun is part of our closed system. It won’t last forever, and without it no life will survive, and even if it does, the remaining resources needed to survive are fundamentally limited on the scale of eternity.
What do you mean?
That doesn’t change that growth isn’t not limited
Exactly. Even if we discovered lightspeed travel tomorrow, journeyed out as far as we could possibly go (i.e. the edge of our local supercluster of galaxies), there would still only be a finite amount of resources available.
Even if those resources would be functionally infinite over a single human lifetime, you’d find on the scale of the universe, they’re very much not.
The only thing that might even grow infinitely is the universe itself, and even that we’re not sure of.
You don’t seem to grasp the idea that nature doesn’t try to grow limitless. It’s finite and will remain that way
Because that’s not exactly how it works. Nature is finite not because it doesn’t try to grow limitlessly, it’s that nature grows in equilibrium with the resources and space available in the system/environment.
That often results in the same thing, but the distinction is very important, as if tomorrow there suddenly were infinite resources and space, nature wouldn’t just sit there and go “nah, I don’t do infinite growth”, it would quickly adapt to just grow endlessly.
On a smaller scale, this is what happens with algae blooms before they run out of resources and die off back into equilibrium with their environment.
The only reason complex creatures can even exist is because of genes made to restrain this behaviour in an organism’s own cells, turn those off and you get the cellular equivalent of an algae bloom in your body.
Even then, plenty of organisms do that very same thing, like the rabbit swarms in Australia or Locust swarms in various parts of the world.
Nature doesn’t aim for infinity, but it’s not not aiming for it either. If the environment allowed, that’s what would happen.
It sounds like we’ve got the same idea here
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The sun is part of our closed system. It won’t last forever, and without it no life will survive, and even if it does, the remaining resources needed to survive are fundamentally limited on the scale of eternity.
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it’s about the excerize of taking concepts to an absurd logical extreme. It’s fun! Tho yes, futile
https://en.m.wikipedia.org/wiki/Reductio_ad_absurdum
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I could tell a great math joke you wouldn’t get either.
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