What question did this study set out to answer?

The aim is to define engineering parameters for a tri-layer resonant structure optimized for vacuum energy coupling.

May 8, 2026Open Access

RVA Energy Harvesting Protocol (v11.0): Conceptual Reference Design for Vacuum-Resonant Transduction.

Key Points

The aim is to define engineering parameters for a tri-layer resonant structure optimized for vacuum energy coupling.
Establishment of a tri-layer resonant structure composed of Nb-Au-Si layers.
Calculation of resonant node voltage and current density limits based on geometric factors.
Verification of internal mathematical coherence with a high audit rating.
Resonant Node configured at 1.61756 V potential.
Current density limit found to be 1.2732 A/cm².
Layer thickness established at 191.622 nm, equal to $b5lambda_0/4$ with a strong internal audit rating.

Abstract

This technical manuscript establishes the fundamental engineering parameters for the "Davidenko Sandwich" — a tri-layer resonant structure (Nb-Au-Si) designed for vacuum energy coupling. Based on the Davidenko Absolute (₀ = 766. 490234 nm), the protocol defines: Resonant Node: V₀ = 1. 61756 V potential. Topological Flux: J = 1. 2732 A/cm² current density limit (derived from the 4/ geometric factor). Geometric Geometry: Precise layer thickness of 191. 622 nm (₀/4). The model is verified for internal mathematical coherence (Audit Rating: 8. 5/10) and serves as a formal Reference Design for laboratory verification in thin-film physics and quantum transport.

RVA Energy Harvesting Protocol (v11.0): Conceptual Reference Design for Vacuum-Resonant Transduction.

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Abstract

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