What it refines
The companion argues that the damping term governs convergence, while the golden-ratio rotation governs the geometric uniformity of the transit path toward the attractor.
Prisma's companion paper does not replace the originating RSE whitepaper. It sharpens one of its key claims by separating two structural roles that were previously braided together.
The companion argues that the damping term governs convergence, while the golden-ratio rotation governs the geometric uniformity of the transit path toward the attractor.
It does not discard the original RSE formulation, erase its lineage, or turn the companion into a final authority over the whole framework.
The refinement makes the RSE more precise, more testable, and more grounded by separating magnitude-stability from path-coherence.
The companion's numerical sweep suggests that any damping exponent greater than 1 yields absolute convergence across a wide range of rotation constants. Read this way, convergence is not uniquely owned by φ.
The stronger privileged role of φ appears in the path, not merely the endpoint. Under rational rotations the transit becomes polygonal; under other irrationals it can still show structured residue; under φ the traversal is maximally diffuse to within the paper's numerical precision.
The companion clarifies a useful split: a recursive system can fail by diverging, and it can fail by exploring too narrowly. Damping addresses the first problem. φ-addressed phase regulation addresses the second. That distinction strengthens the framework because it makes the geometry of coherence a separate structural question instead of letting everything collapse into a single vague claim about convergence.
The originating whitepaper remains the primary formulation of the RSE. This companion is best understood as an official refinement of interpretation rather than a rewrite of origin.
The public-facing explanation can now say something more exact: damping stabilizes the series, while φ most strongly regulates the quality of traversal through state space.
A framework becomes more durable when it can survive refinement. The companion makes the RSE less ornamental and more structurally honest.
The companion opens cleaner future comparisons across damping spectra, other irrational rotations, richer observer operators, and possible physical or simulated realizations.
This page exists to preserve lineage while making the refinement easy to enter publicly. The original paper still matters. The companion simply helps state more clearly what each term appears to be doing.