Demoguy

Apologies, I will try to be more accurate in my use of references. Given that the solar system moves through space and time at a given rate of expansion, with the planets constantly changing location in their spiraling around the sun, and given that the movement of the solar system through space is linear. Allowing for enough reference points, could a great enough measurable fractional shift in the amplitude and phase of wave characteristics be detected using analysis of the fourier transform to pinpoint a location not just in space but also in time?

Pixelation is an interesting turn of phrase. Pixelation is an observed effect and refers specifically to a visual observation. What may be referred to as pixelation visually, may simply be the visual deconstruction of something that was observed previously to be solid into smaller, though no less 'real,' parts.

My apologies, I will try to elucidate. All movement in our reality is helical and has chirality. youtube.com/watch?v=0jHsq36_NTU This obviously makes locating a point in time and space very difficult. As far as I am aware this chiral nature is congruent with QM, is this incorrect?

Given the rate and helical nature of universal expansion do you think that, given enough reference points, this could provide the basis for a location process that would allow a place to be located not just in space but also time? Bit weird I know but theoretically...

Hi, Could fourier transforms be used to analyze waves in a given area of space, and, given one is in an observable part of the universe, use the shift and amplitude to accurately ascertain location in all four dimensions? Demoguy