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I absolutely agree. We tend to forget that nothing is still in our universe. Everything to the smallest quanta oscillates. The only way to get something to s
by ryanthedev 7y ago
I absolutely agree. We tend to forget that nothing is still in our universe.
Everything to the smallest quanta oscillates. The only way to get something to stop moving is by freezing it. You need to hit absolute zero to stop movement completely, I don't believe we have even observed absolute zero.
If you think about it, absolute zero shouldn't be possible. There are an infinite amount of degrees between 1 and 0. Aren't we only limited by the sensitivity of our equipment?
- ncmncm 7y agoThey don't stop at absolute zero, either, because then position and momentum would both be fixed. But there is a continuous range of temperature all the way down, and there is plenty of work at increasingly tiny fractions of the last degree. It is meaningful to talk about what happens at a billionth of a degree.