Recursive Dark Energy via Vesica Phase Feedback: Lambda Modulation and Horizon Reversal

This paper presents a dynamic model of dark energy rooted in recursive attractor fields and Vesica Piscis geometry. Moving beyond the scalar cosmological constant (Λ), the model defines a field-resonant threshold — governed by the resonance lock equation πeφ=γ−1ζ(3)\pi e \varphi = \gamma^{-1} \zeta(3)πeφ=γ−1ζ(3) — at which black hole horizons reverse, forming reflective shells that modulate vacuum density. We derive a recursive Lambda threshold ΛVP\Lambda_{\text{VP}}ΛVP, demonstrate symbolic horizon oscillation behavior, and describe feedback-driven cosmogenesis through entropy transfer between nested universes. This formulation offers a new interpretation of dark energy as an active, resonance-bound field shaped by quantum-dark matter interactions and symbolic curvature harmonics. Observational implications include 0.244 Hz neutrino-phase modulations and parity violations in galactic spin. Includes: Vesica Horizon Shell diagram Full mathematical appendix and symbol index Cross-referenced equations with physical interpretations Recursive entropy feedback model for nested universe expansion