To build an effective computational device - whether at the quantum-level, the level of atoms, or the level of cells - requires a framework for understanding what may be happening at that level.
In the contemporary assessment of the quantum-level, we appear to have simplified possible dynamics by resorting to probability and statistics to generalize what may be happening in a "black box" supposedly marked by randomness, superposition, and entanglement.
By contrast, the approach taken in designing the RABQC assumes a unified model of reality in which the quantum-level acts as a logical bridge between that which is antecedent and hidden and that which cohesively expresses itself at multiple levels of material granularity.
The following blogpost further elaborates such "quantum-level substance" that must be considered in the design and functioning of any quantum computer: