NMSI - Part I. Chapter II. II.1- Foundations of the Subquantum Infobitic Mechanics (NMSI)

Abstract This chapter introduces the theoretical foundations of Subquantum Infobitic Mechanics (NMSI), a novel framework that reconceptualizes matter, energy, and information as oscillatory states emerging from a subquantum informational vacuum. Unlike standard quantum mechanics, which relies on probabilistic interpretations and wavefunction collapse, NMSI models particles as stable phase-locked oscillations embedded in a deeper substructure of logical resonance. The chapter outlines the core principle that information is primary, and that mass and energy arise as logical condensations of infobitic oscillations. We define the architecture of Central Logical Oscillators (CLOs), describe the mechanics of phase/antiphase interaction, and introduce the trinary Kurtbit logic unit. By grounding physical phenomena in harmonic logic rather than probabilistic fields, NMSI offers a unified platform to explain coherence, entanglement, inertia, and even gravitation through subquantum resonance. This foundational framework sets the stage for reinterpreting physical systems — from atomic particles to black holes — not as isolated entities, but as emergent behaviors of a coherent informational medium.