“Observable universe” isn’t how much we can see, rather how much it is theoretically possible to observe by any physical means.
I also don’t think that water drop fact is correct. The estimated number of stars in the observable universe is 10^24, which is about an order of magnitude more than 1 mol, and 1 mol of water is about 18g, which is quite a bit more than 10 drops.
There actually are more molocules of H2O in 10 drops of water than there are stars in the observable universe.
Optimists: the glass is half full
Pessimists: this half empty glass of water has more molecules than there are stars in the observable universe; life is meaningless
I don’t think we can see much, now can we?
“Observable universe” isn’t how much we can see, rather how much it is theoretically possible to observe by any physical means.
I also don’t think that water drop fact is correct. The estimated number of stars in the observable universe is 10^24, which is about an order of magnitude more than 1 mol, and 1 mol of water is about 18g, which is quite a bit more than 10 drops.
Infinity beats both.
Yes, but both of those measures are in the finite space.
*finite amount of space