Emergent Channels
Limitations
As indicated earlier, it was assumed that all the emergent hierarchies would have similar Channels and this has proved correct.
However, attempting to develop names for bi-directional influences using non-specific references to 'PH-elements' proved difficult and seems of dubious validity. Each Channel only comes alive by considering actual elements in a specific emergent Tree framework with actual situations in mind.
Nevertheless in the early stages, this method did provide some guidance.
Method
The architectural pattern for Channels in Trees has been demonstrated on many occasions by analysis from first principles. It is therefore assumed that this pattern will apply here.
In a conventional Tree, like the Centre is which interacts with all other Centres except
shown at right, the coreIn the reordered Tree (lower diagrams),
, which is in the moves to the core KL4B position. , which is , then moves down to the KL2B position.Note: See a full comparison of these two Root-Level Trees in the next Topic.
The channels were therefore considered in the following order—shown Left to Right in the diagrams below:
- Transverse channels connecting Centres within a Level i.e. KL3, KL5, KL6.
- Channels that connect with (here in KL4B position)
- Channels that connect with (here in KL2B position)
- Channels in an outer ring bypassing both and .
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There is no point in attempting to explain the Channels in a general way. The nomenclature of Channels as formulated to date in the light of this investigation is shown below. The general picture is valuable because it is conjectured that the Channel names apply to other forms of emergent hierarchy based on different ways of re-ordering the Root Levels.
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Now compare the emergent Root-Level Tree with the standard .
Originally posted: 12-Mar-2014.