C
captdude
Guest
I have a thought experiment I would like some input on.
1) With the ever increasing expansion of the universe through cosmic inflation - at some point in the far distant future the universe should reach a state of complete entropy that will result in the net temperature of the universe reaching absolute zero.
2) At absolute zero all molecular movement stops.
Question #1: What would this mean in relation to time?
Question #2: Would all matter in the universe turn into a Bose–Einstein condensate? (assuming there were an observer to measure it)
Question #3: Would quantum fluctuations in the vacuum of space keep the temperature above absolute zero?
Question #4: What thoughts does this bring to mind?
1) With the ever increasing expansion of the universe through cosmic inflation - at some point in the far distant future the universe should reach a state of complete entropy that will result in the net temperature of the universe reaching absolute zero.
2) At absolute zero all molecular movement stops.
Question #1: What would this mean in relation to time?
Question #2: Would all matter in the universe turn into a Bose–Einstein condensate? (assuming there were an observer to measure it)
Question #3: Would quantum fluctuations in the vacuum of space keep the temperature above absolute zero?
Question #4: What thoughts does this bring to mind?