I’m not sure exactly how else you might calculate it, but, we know life is possible, so in an infinitely large universe, containing infinite stars with infinite planets existing for an infinite amount of time, the odds of life existing on another planet can’t be less than 100%.
Please subtract the assumptions and respond to specific claim. Life is a lottery. What are the equivalent chances of that in coinflips analogy and then give the response in the approximate amount of times that could happen over an eternity or minimally the “death of our galaxy or universe” context
I’m not sure exactly how else you might calculate it, but, we know life is possible, so in an infinitely large universe, containing infinite stars with infinite planets existing for an infinite amount of time, the odds of life existing on another planet can’t be less than 100%.
What if the earth is a singular and universal outlier?
Chances are they won’t be oxygen breathers anyway.
Do we already have that with the crazy anerobic volcano or the high-temperature deep sea vent dwelling microorganisms or something?
That’s just arrogant.
Please subtract the assumptions and respond to specific claim. Life is a lottery. What are the equivalent chances of that in coinflips analogy and then give the response in the approximate amount of times that could happen over an eternity or minimally the “death of our galaxy or universe” context