ADDENDUM TO THE GOSSETT PROTOCOL: 120-POINT MASTER STANDARD REVISION 5: THEORETICAL PARAMETRIC GATING & PHASE-SYNC ARCHITECTURE Author: Jon Sterling Gossett Date: March 26, 2026 Status: Theoretical Technical Disclosure / Public Domain Prior Art Keywords: Local Field Potentials (LFP), Parametric Voltage Gating, Phase-Locked Synchronization, Non-Penetrative Neural Relay, Deterministic Logic.
Abstract
This disclosure specifies a theoretical hardware-level signal validation framework for non-penetrative neural interfaces. Building upon the Local Field Potential (LFP) detection concepts established in Revision 4, this architecture proposes a Parametric Voltage Thresholding mechanism (adjustable from -40\text{mV} to +40\text{mV}) and Phase-Locked Synchronization. By theoretically synchronizing a 1.5ms deterministic polling interval with the instantaneous phase of a neural wave, the system is designed to facilitate low-latency signal mirroring without the use of probabilistic interpretation layers. The proposed architecture is intended to operate within a hard-coded 38.5^{\circ}\text{C} thermal envelope.
This paper has been withdrawn.