@pool
The only true answer: Currently, no one knows whether movement is continuous or discrete (whether it is discreet, well that's between you and your girlfriend). The problem is that the standard model of particle physics combined with general relativity breaks down near the planck scale, so we do not know what happens at shorter distances even in theory, let alone IRL. Current quantum theory treats movement as continuous and there is no evidence currently that this description is wrong. However, this could just be our ignorance of what goes on at shorter distances.
The only true answer: Currently, no one knows whether movement is continuous or discrete (whether it is discreet, well that's between you and your girlfriend). The problem is that the standard model of particle physics combined with general relativity breaks down near the planck scale, so we do not know what happens at shorter distances even in theory, let alone IRL. Current quantum theory treats movement as continuous and there is no evidence currently that this description is wrong. However, this could just be our ignorance of what goes on at shorter distances.
The fool hath said in his heart, There is a God. They are corrupt, they have done abominable works, there is none that doeth good.
Psalm 14, KJV revised edition
