That's what's been under discussion, isn't it?Except the Fermi Paradox.
That's what's been under discussion, isn't it?Except the Fermi Paradox.
Except the Fermi Paradox.
That's what's been under discussion, isn't it?
Well, the wonderful thing about paradoxes is that they describe two apparently contradictory things which are nonetheless both true. The Fermi paradox points out something odd; it doesn't draw the conclusion that one of its premises must therefore be wrong.It's not much a paradox. Life could EASILY be everywhere and there are a thousand different reasons why we would never know about it even if they DID have advanced spaceflight capabilities.
Well it has no values, that's sort of the point. It's showing how we could calculate the probability if we knew certain things, some of which we can estimate, and some we lack data for and address mostly with guesswork. The fundamental idea in the Drake Equation is sound and sort of a tautology, the issue is the quality of the data we plug in.The Drake Equation is also something we created with arbitrary values.
The Great Filter.Something that we created. We could simply be wrong. There could just be a hump civilizations can't get over to explore the cosmos. Maybe there's a point where population, resources and desires all come into conflict and destroy them before they can make the leap.
That's what's been under discussion, isn't it?
This also provides a possible explanation for Fermi. If it takes a certain time for a planet capable of supporting intelligent life to both form and to evolve that intelligence, the available times for exploration is reduced. 14 billion years is only so much time - it may be that a billion or two more generate so many intelligent spacefaring civilisations we couldn't count them all in the night sky.The problem isn't just the size of the universe, but also the depth of time. The universe is nearly 14 billion years old, we've been around a minuscule fraction of that time and the universe will continue on for billions of more years, likely without us, before ultimately burning itself out.
I just can't wrap my mind around the idea of us being it.
This also provides a possible explanation for Fermi. If it takes a certain time for a planet capable of supporting intelligent life to both form and to evolve that intelligence, the available times for exploration is reduced. 14 billion years is only so much time - it may be that a billion or two more generate so many intelligent spacefaring civilisations we couldn't count them all in the night sky.
Wouldn't it be cool if we are the Ancient Astronauts of science fiction?The First Ones (or an aggressive subset thereof) arise and destroy or enslave any competition. Therefore, we might well be the First Ones.
The First Ones (or an aggressive subset thereof) arise and destroy or enslave any competition. Therefore, we might well be the First Ones.
No matter how slow you think space colonization should go, one billion of years is more than enough to colonize the entire galaxy.
That works under the assumption of exploration and colonization being a priority.
Evolution is not random, again with the creationist arguments.Life evolves randomly on a planet. I think it's well established,
Given the time scale, it very likely that some civilizations would have appeared one billion years before our own., if there are so many of them. No matter how slow you think space colonization should go, one billion of years is more than enough to colonize the entire galaxy.
No need for priorities. Who colonized the US? A small fraction of Europeans, essentially the disenfranchised. Ever read that poem? The majority of people may remain sedentarized, it doesn't matter. It's the small minority of explorers that will conquer the galaxy.
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