Now you ll feel an ice block, a particulate form, because the experienced icy reality has penetrated you, has breached your experiential boundary. The experience of a defined reality in the form of either a wave or a particle depends on the relationship that exists between the experiencer and the experienced reality. Thus, the experience of reality is fundamentally dependent on the state of the experiencer. The difference between the duality induced by experimental observation and the duality intrinsic to our normal sensory experience exists because of a difference in the relative positioning of the experiencer and experienced reality in each of these situations. To understand the difference between our normal sensory experience and experimental observation, we first need to visualize differentiated unexperienced reality as a continuum .
Experience works the same way.
The differentiated relational matrix as a continuum is whole, undivided, yet there exist different areas and degrees of distortion-process interaction and compoundment. The experiential process, whether sensory or experimental, can be seen as this reality continuum folding back on itself and impacting itself, as depicted in figure 68. Figure 68 Unexperienced reality as a continuum, and the experiential process as that continuum forming a relationship with itself by folding back on itself. This basic mechanism is the same with regard to the creation of both our normal sensory and experience and experimental observation. This stable positioning of organic physical sensors along the reality continuum is what distinguishes our normal sensory experience from experimental observation.