Preprint Research Papers Developed Using the Tri-Phase Physics Framework

Tri-Phase–Developed Cosmological and Physical Preprints (Drafts for Peer Review) This Zenodo package contains four draft research papers prepared for peer review. Each paper covers a distinct observational or theoretical topic—cosmic microwave background structure, dark energy, local gravitational evidence, and the Hubble tension—and each is written to stand on its own for review. The papers were developed using a common internal framework (the Tri-Phase / TriPhase Physics Framework) as a consistency and derivation tool. The framework itself isn't required to read or assess the individual papers, and it isn't treated as an assumption in their arguments. It served as a shared method for keeping derivations consistent and cross-checked during development. This release supports pre-print availability and technical review before formal journal submission. Numerical comparisons, assumptions, and limitations are stated explicitly in each paper. These are drafts submitted for scrutiny, not finished claims. --- *Revision History** Version 1.0 — Initial draft release (January 2026) Version 2.0 — Updated release (February 2026) GLOBAL CHANGES (all four papers):- Added citations to Dr. Constantin Meis (CEA Saclay) QED vacuum research- Added "Code and Data Availability" sections * GitHub repository: https://github.com/triphase-physics/triphase-v16 * 17 verification scripts (Python/NumPy/SciPy/Plotly) * Planck 2018 TT power spectrum data files included- Standard equation numbering added throughout- Epistemic status tagging updated to v15 standard; audit ensures tags appear ONCE per derivation at boxed results only- Overclaim language review: "exact predictions" → "specific, parameter-free predictions"; "proves" → "demonstrates"; "0.00σ" → "