v.12: Addition and small reorganization of Contents B, added tightened definitions for "Shadow-Mass" and "Gravity" as processes Introduction: Shift from "medium" language to "phase-structure" and "continuum" language, and the analogy of ice cubes in water. Content A: This paper expands on the Quantum Tachyonic Gravity (QTG) framework by exploring the tachyonic nature of quantum fields beyond the classical limit of C (the speed of light). In QTG, C is not a speed limit but a phase transition boundary between coherent baryonic reality and the pre-collapsed potential of the field. This document discusses how mass and energy could manifest from tachyonic field interactions, and reframes "infinite energy beyond C" not as divergence but as emergence of pure potential. Appendix A1: Quantum Fields are not passive scaffolding for particle interactions but active, self-balancing systems seeking a zero net-energy configuration. This paper examines gravity and magnetism as emergent consequences of the fields' intrinsic drive toward equilibrium in the presence of baryonic matter and other asymmetries. The approach redefines both forces as manifestations of a universal balancing principle, unifying their behavior under a single field-dynamic origin. Appendix A2: In classical Newtonian mechanics, forces such as gravity and electromagnetism are treated as external influences acting upon matter. While this framework successfully predicts motion, it does not explocitly address where the "reaction" to these forces occurs within baryonic matter itself. The Quantum Tachyonic Gravity (QTG) framework resolves this by embedding the reaction within the quantum fields that permeate and interact with matter. Appendix A3: Physical reality arises from a continuum, pre-metric oscillatory substrate (the tachyonic continuum). Spacetime geometry, particles, and quantization are emergent consequences of a normalization process occuring at a fundamental enactment threshold identifield with the constant c. Content B: Shadow-mass is an inevitable consequence of local resolution in physical systems, the residual field tension generated when all immediately probable propagation paths of an asymmetry are pruned by the system itself. Content B1: Gravity is therefore the large scale manifestation of how local stabilization mechanisms interact, arising from interference between these tension fields. Content B2: Shadow Mass is the distributed tension field within the continuum responsible for the cosmological artifact we call "Dark Matter" Content B3: Concept note about reframing the hypothetical graviton as the quantized footprint of shadow-mass rebalancing. Content B4: Shadow Mass and Electron Dynamics: see https://zenodo.org/records/17284574 Content C: Inertia is traditionally considered an intrinsic property of mass that resists changes in motion. Here, inertia is redefined as the resonant cost of rebalancing asymmetries within the tachyonic field. Appendix C1: Inertia becomes the only invariant and measure unit of the unverse's state, where C is recast as the local point of zero inertia, not a universal constant. Content D: The Normalization Horizon is the regime boundary at which pre-metric tachyonic oscillatory potential becomes sontrained into basin-compatible, metric-observable reality. Appendix D1: Decohenrece is a normalization process: a mechanism compressing oscillatory possibilities into a stable, low potential, classical outcome while leaving behind residual field tension identifiable as shadow mass. Appendix D2: Inertial Basins as Normalization Bias: a QTG solution for the "perfect balance paradox" Appendix D3: Einstein Reframed under QTG: deepening Relativism foundations. Content E: QTG Thermodynamics: developing thermodymanics under QTG unifying temperature, inertia, oscillatory asymmetry, and shadow mass coupling under a single continuum onthology. Content F: QTG Temporal Normalization Postulate reframing time not as a flowing dimension or continuous parameter, but as an emergent bookkeping artifact resulting from discrete normalization events. Extension F1: Time is not a fundamental dimension, but the observable consequence of probalistic collapse: a progressive contraction of the universe's field of potential states into realized configurations. For inertial basins, baryogenesis and early cosmology https://zenodo.org/records/18384746 For original papers about 3-bodies analysis and solutions https://zenodo.org/records/17965804 For foundations of Chemistry and Quantum Chemistry https://zenodo.org/records/18297790
Nazareno Angeli (Mon,) studied this question.