A Quantum Theory based on the ideas of our Greatest Scientists

[thediwall]

of what is meant by "momentum", btw?)

Post this insight, however, you seem to posit that time is otherwise inherently different to space. You say that it is only through time that the idea's of probability and uncertainty come into play. I may have misunderstood you, but why include this difference between time and space? Why doesn't space equally entail probability across space as time entails probability over time?

I suspect that both can be thought of in exactly the same way!

[thediwall]

Very impressive, I am completely convinced you are on the right track. I am especially interested in your idea that the uncertainty principle entails that only a point in space in a period of time or a moment in time in an area of space can be known. This shows there to be an inherent symmetry between space and time - they are equally dimensions which can be thought of in exactly the same way. (Is this your personal interpretation

[nickharvey7]

@thediwall Yes space and time are linked as in Einstein’s theories of relativity. This theory explains a process that forms Einstein’s curvature of spacetime. Therefore we have π in the equations for the Uncertainty Principle when (time ∆E ∆t ≥ h/2π) and where (position ∆×∆p×≥h/4π) will always be uncertain just like any future event in our everyday life!