EquisDeXD

I'm a little thrown by your use of the word "oscillation" and the word" speed". Units of time arbitrary progress one at a time to the next number according to whatever unit we use, time doesn't oscillate any more then the dimension of "width" oscillates. Which brings me to my next point, which is that not all oscillation is the intuitive physical motion you'd expect. We have no physical knowledge of a photon before we measure it, it's oscillation is only modeled in terms of it's probability or the uncertainty of it's field, a photon by the dimensional analysis of it's mathematics does not have physical components which oscillate with any sort of velocity like rippling a piece of paper, and neither does time. Things can oscillate, but the oscillation doesn't have to take place with physical dimensions, other properties of particles can oscillate as well, properties that are not as physical. Contituting time as motion doesn't make sense, relative physical motion is modeled as a change in position over time, so you'd have a change in the position of time over time, when time doesn't have any spacial position to begin with. Also, with quantum statistics takes care of all this "memory" and determinism business. Essentially, no observed result that occurs can be though of being based on previous results, which means you can't mathematically have the future be determined in any way, and it more or less supports that there's no memory of the past since the direct results of the locations of particles were not based on those previous results. Instead, you have the probability of particles, and the probability clouds of those particles can change or transform different spacial coordinates, but where you actually see something end up is still randomness. I can see that you think of time as a coordinate that, when it changes, other matter changes in response to it, which is true in a way, but there's still properties of time that make it different than other dimensions and make it so distinguishable that we give it it's own name, so that it doesn't change exactly like other dimensions. So when you mention that "all things exist currently in all points in time", or base assertions on it, I just think of the quantum statistics. With all this in mind, I think you need to revise the theory and distinguish between boundaries of physical dimensions and non-physical ones.