Nonlinear Vacuum Medium Model: Poincaré Foundations 2.0
Year: 2026
Type: article
Abstract: Poincaré Foundations 2.0 develops the qualitative-dynamical framework of the Nonlinear Vacuum Medium (NVM) research program. It applies modern dynamical-systems concepts to the current canonical NVM realization in order to analyze how trajectories, invariant sets, recurrence, bifurcations, stability structures, accessibility, and persistent localized organization may arise from the underlying nonlinear field dynamics. The document distinguishes instantaneous field configurations from persistent dynamical regimes and develops the mathematical basis for the NVM Dynamical Particle Identity Principle. Particular attention is given to equilibria and vacuum states, linear and nonlinear stability, periodic and relative-periodic solutions, Poincaré sections and return maps, invariant organizational regimes, stable, unstable, and center structures, bifurcations, recurrence, homoclinic and heteroclinic dynamics, integrability, chaos, conservative dynamics, localized solutions, accessibility, and capture structure. Poincaré diagnostics are integrated with the existing NVM Tests A–F and are explicitly treated as qualitative-dynamical diagnostics rather than independent validation criteria. The document also establishes safeguards against interpreting conservative Hamiltonian dynamics using unjustified dissipative-attractor language. The present framework does not establish that particle-like invariant regimes exist in the canonical NVM realization. The immediate mathematical priority remains determining whether the canonical NVM action admits at least one converged, finite-energy, localized nonlinear solution that remains within the required Legendre-regular and strongly hyperbolic domain.
Author: Blasco, Michael
Language: English
Subfield: Atomic and Molecular Physics, and Optics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7208830970
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