It is kind of strange that a digital system might be more sensitive to higher realms, since digital converters would be less sensitive to electromagnetic noise than say tape. Perhaps there is a difference in what realms they detect?
A repeating theme I've seen is of a device that in one way or another, runs a recording or measurement through a cheese grater - cutting up and mixing recorded events in seemingly arbitrary ways - and then for some reason the output has some connection with higher realms. Digital recordings qualify in that frequencies above the Nyquist frequency (Fs/2) can get chopped up and mixed down to audible frequencies. This might not in the end be much different than what you are saying about the time between samples, just starting at a different arm of the equation.
If this is a legitimate part of the process, I can think of a few reasons it might make sense:
1: It destroys the 3D signals that normally drown out subtle energies.
2: Events in higher realms don't follow linear time and so a time-linear recording might not capture them anyways. Frequency and wavelength are derived from time, so the same could be said of frequency-linear recordings, wavelength-linear recordings, etc.
A repeating theme I've seen is of a device that in one way or another, runs a recording or measurement through a cheese grater - cutting up and mixing recorded events in seemingly arbitrary ways - and then for some reason the output has some connection with higher realms. Digital recordings qualify in that frequencies above the Nyquist frequency (Fs/2) can get chopped up and mixed down to audible frequencies. This might not in the end be much different than what you are saying about the time between samples, just starting at a different arm of the equation.
If this is a legitimate part of the process, I can think of a few reasons it might make sense:
1: It destroys the 3D signals that normally drown out subtle energies.
2: Events in higher realms don't follow linear time and so a time-linear recording might not capture them anyways. Frequency and wavelength are derived from time, so the same could be said of frequency-linear recordings, wavelength-linear recordings, etc.