Paper T3: Particle Identity from Triadic Resonance in Holosphere Theory
Year: 2025
Type: article
Abstract: A collective Holosphere excitation retains identity through relations among occupied support,signed surface response, contact history, and its surrounding host. We make part of thatpersistence calculable using the current 122BB–122BD organization and the phase branches ofT12. A finite perturbation bound protects nonzero surface amplitudes, admitted edge phases,and winding: the sum of the two endpoint phase-error bounds must remain below each edge’savailable phase margin. For balanced branches, an exact sensitivity law shows how changinghost strain redistributes phase and current. In a twelve-guide example, the second windingbranch reaches its declared phase boundary at a host-edge strain of approximately 0.689283,while the first winding branch retains a positive margin. A residual estimate connects suchreference patterns to an actual occupied surface evolution and explicitly supplied handoff maps.Three-mode reductions are tested by their leakage into the remaining occupied responses, andsource–reference comparison retains the relative sign information required by the current two-passmemory mechanism. Charge-like inventory, circulating current, and return sign remain distinct.The complete standalone program checks these mathematical results without observationalsubstitutes, downloads, or outputs from other papers.
Author: Sarnowski, Michael
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930690392
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