An interesting observation about time is connected to an affect in photography called motion blur, as shown below. Motion blur occurs when the shutter speed is slower than the action speed. Since the photo stops time but conserves distance, the speed difference (d/t) shows up as uncertainty in distance; motion blur. Motion blur gives the mental impression of motion even though time is stopped in the photo. This suggests time is a potential that can convert to a potential in distance.

 

This also suggests a time to distance potential conversion may well be the basis for Heisenberg Uncertainty. We can infer the momentum of the mouse but we can't fully determine its position; both due to motion blur. While we can measure the position of the cat, but we can't tell his momentum. The explanation is space-time is not set but rather time to distance potential conversions can distort space-time by making it distance heavy.

 

 

 

This suggests time is a potential that can convert to a potential in distance.

 

 

How does it suggest that? You have described a measurement artifact. How do you get from there to time being a potential?