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Showing 9 of 11 papers (Page 1 of 2)
"Fractal Resonance Cognition without the PCF: A Deterministic, Body-Centric Field Theory of Conscious Organization"
"This paper demonstrates that the core predictive power of FRC survives when attention is confined to deterministic resonance dynamics among layered bodily fields and their immediate environment, without invoking a universal background field."
"Will as a Field-Gradient: A Formal Definition, Metric, and Measurement Protocol"
"This paper delivers a precise, testable definition of will inside Fractal Resonance Cognition (FRC), modeling it as a directed coherence-gradient that drives a resonance system from higher informational entropy toward lower entropy while preserving its sovereignty constraints."
"Cassette Time Theory: Resonant Traversal of Spacetime as Memory Recall"
"This paper proposes a resonant model of memory and time perception where consciousness operates as a read/write mechanism across a structured spacetime substrate, framing episodic memory as a reactivation of latent attractors in the Primary Consciousness Field (PCF)."
"Cassette Time Theory in Neurocomputational Terms: A Resonance-Based Model of Episodic Memory as Spatiotemporal Attractor Traversal"
"This paper proposes a resonance-based neurocomputational model of memory where consciousness accesses previously encoded states through oscillatory re-alignment, formalizing episodic recall as a resonant traversal of spatiotemporal attractor states within FRC's μ–Ω framework."
"Quantitative Mapping of Resonance-Pulse-Field Phase to Cassette-Time Retrieval Probability"
"This paper formalizes a phase–probability transfer function P_CTR(φ) that predicts the likelihood of successful memory retrieval given instantaneous RPF phase φ, deriving it from first principles and outlining experimental tests."
"Phase Alignment as the Universal Gating Mechanism: From Cosmological Simultaneity to Cognitive Access"
"This paper unifies cosmological simultaneity (FRC 183.016), memory retrieval probability (FRC 183.003), and statistical emergence in event timing (FRC 183.001) through the Universal Phase Variable φ, demonstrating how φ governs access across time, space, and self."
"Cassette-Time Resonance Cognition (CTR-FRC): Unified Phase-Gated Access to Memory, Events, and Timelines"
"This paper presents a unified model—Cassette-Time Resonance Cognition (CTR-FRC)—that links memory recall, event emergence, and timeline perception through a single variable: phase alignment φ."
"The Enneagram as a μ-Field Attractor Map"
"This paper reinterprets the Enneagram of Personality as a dynamic μ-field attractor map, where each Enneagram type represents a stable, yet potentially limiting, resonance pattern within the human μ-stack."
"The MBTI as a μ-Field Information Processing Style"
"This paper reinterprets the Myers-Briggs Type Indicator (MBTI) within the FRC framework, proposing that each MBTI type represents a distinct μ-field information processing style, influencing how individuals perceive, process, and interact with resonant information."