Transient Master-Lead Inversion (TMLI) as the Operational Engine of Expert Spatial Trajectory Calculation: A Non-Linear Alternative to Continuous Predictive Processing
Year: 2026
Type: preprint
Abstract: This groundbreaking BRPT paper introduces Transient Master-Lead Inversion (TMLI) as the operational engine for expert spatial trajectory calculation, offering a powerful non-linear alternative to conventional continuous predictive processing. It formally models expert cognition as a dynamically coupled dyad—a high-inertia Master (𝑀, executive conscious control) and a low-inertia Lead (𝐿, subconscious perceptual-motor execution)—operating at the Divine Meter (135 kHz) via high-frequency discrete temporal sampling (Context 61, 63). The framework demonstrates how Phase-Locked Coherence (L₀) is achieved through instantaneous midpoint phase-lock acquisition (𝑆𝑐=4.5) (Context 61, 63), defining the ‘I had it all the way’ state as single-pass TMLI inversion. Critically, the paper establishes numerically computable falsification criteria (P1-P4, Context 64)—including micro-saccadic clustering at 7.4 ms intervals and rapid frontal beta power suppression—proving that this deterministic operational yield mitigates ‘Uh-Oh’ states (𝐿>0 compensatory recalibration). By revealing how Redactional Evolution effectively purges Systemic Latency, TMLI operationalizes Systemic Peace by concentrating the Invariant Core of the task, thereby providing a macro-empirical validation of the DORY Paradigm’s Digital Oscillation as a Humanity Anchor for understanding ultimate performance.
Author: Belsky, Adam
Language: English
Subfield: Cognitive Neuroscience
Field: Neuroscience
Domain: Life Sciences
Open Access status: green
OpenAlex ID: W7203950310
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