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As with all harmonic motions, Field activity develops each full quantum over time, eventually completing a full cycle, while traversing a full wavelength. Therefore it is an accumulation of "subquantum" activity that generates quantization by oscillating in full quantum units.
The "quantum limit" = one wavelength.
The reason one cannot determine the momentum and the "location" or any other attribute of anything more accurately than the quantum limit is not because subquantum activity is uncertain, but because each thing takes up its whole quantum space. To do otherwise would be like trying to find the entire Pacific Ocean in Singapore .
Again, Heisenberg's view has been made obsolete
by the Resonant Field Theory.
In order to interact, i.e. be observed, each thing being observed must sequence through its complete quantum of energy along with the thing it is reacting with to produce the observation. In the case of light, it takes a full cycle to complete an interaction, that is, to complete a minimum observation. Thus it cannot be observed in any 4-space smaller than it takes to complete the job.
It has nothing to do with inherent uncertainty, Rather, it results from the fundamental algorithmic field processes that make things work.
Heisenberg's view is wrong because it presupposes the existence of a particle containing all of the energy, which he imagined to be smaller than the volume needed to complete all of its energy field activities.
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