Two-Energy Theory (TDE): Shadow Field in Vacuum Chambers and a Precision-Clock Test (v11.01–v11.10)

This Zenodo record publishes a complete, versioned research trail (v11.01–v11.10) within the Two-Energy Theory (TDE) program, focused on a laboratory-testable “Shadow Field” hypothesis. Starting from a vacuum-scale motivation rooted in earlier TDE baryon-mass work, the Shadow Field chi is modeled as a chameleon-like scalar coupled to matter through an effective potential consisting of an inverse-power term and a linear density-coupling term (benchmark n = 1, beta_m ~ 1). The series documents the full progression from conceptual assumptions and screening-regime diagnostics, through critical unit-consistency audits and stiffness/thin-shell analysis for centimeter-scale vacuum chambers, to a concrete experimental protocol based on pressure modulation and precision clock ratios. The final stages provide a reproducible mapping from chamber parameters and pressure steps to a clock-ratio observable, enabling direct falsification by null results or by scaling tests across geometries and materials. TDE is not presented as a confirmed theory; this record is an openly published, AI-assisted research program intended for independent scrutiny, replication, and experimental feasibility assessment. The attached PDFs and ZIP packages contain the complete development path, scripts, parameters, figures, and errata where applicable.