The book edition of Codex Alpha â Unified Theory (Iconoclast Edition) is entering publication on Amazon in both Kindle and Paperback formats. Meanwhile, the official research release is available on Zenodo (DOI below).
đ DOI (v3.0 â Iconoclast): 10.5281/zenodo.17074972
đ Amazon: coming soon (Kindle & Paperback)
September 2025: Published the Codex Alpha 3.0 â Iconoclast Edition (English). New DOI: 10.5281/zenodo.17074972. Amazon release (Kindle & Paperback) is in progress â cover and series page coming soon.
July 2025: Major site update: redesigned News, About, and Research sections with enhanced structure and aesthetic. Launch of phase 2.0 of the Codex Alpha theory, integrating real astrophysical data from black holes and stellar dynamics.
June 2025: Codex Alpha English version officially published on Zenodo with DOI and international indexing.
April 2020: Origin of the Codex Alpha theoretical research project during the first COVID-19 lockdown. Initial investigations included quantum coherence, negative mass models, and ESA/LIGO/GAIA public datasets. Simulations were conducted to identify possible entangled gravitational nodes and emergent spacetime structures.
Davide Cadelano is a physicist, independent researcher, and visionary mind behind Codex Alpha â an original unified theoretical framework that seeks to reconcile general relativity and quantum mechanics through an emergent model of spacetime. His work introduces the concept of the Telascura: a coherent quantum informational network from which spacetime itself unfolds, not as a fundamental entity, but as a derivative structure born from informational gradients and coherence fields.
Over the span of many years of solitary yet deeply focused research, Cadelano has pursued this bold idea outside of conventional institutions, combining expertise in theoretical physics, quantum field theory, and computational modeling. His interdisciplinary approach integrates principles from gravitation, information theory, and quantum entanglement, proposing a metric-independent model based on the informational flow between entangled nodes â a vision where geometry is no longer the starting point, but the consequence.
The Codex Alpha project has evolved into a comprehensive theory that includes predictions about negative-mass black holes, superluminal propulsion via nodal engines, and quantum-coherent time projection. It also proposes an informational version of the Einstein Field Equations, introducing a novel gradient operator âđŠ that governs coherence dynamics across spacetime.
Cadelanoâs mission is to expand the frontiers of modern physics through independent thought, open scientific dissemination, and collaboration with advanced AI systems. His work is published publicly on Zenodo and GitHub, maintaining transparency, reproducibility, and integrity.
Davide Cadelano
Theoretical Physicist, Independent Researcher
Founder & Lead Theorist â Codex Alpha Research
Author of: Codex Alpha â Unified Theory (v2.0)
DOI (English v3.0 â Iconoclast):
https://doi.org/10.5281/zenodo.17074972
DOI (Italian v2.0):
https://doi.org/10.5281/zenodo.16131379
ORCID: https://orcid.org/0009-0008-2253-7008
GitHub v2.0: https://github.com/Miriadenera/codex-alpha-v2.0
OpenAIRE: OpenAIRE Entry
Website: https://www.codexalpha.org
Mail istituzionale: davide.cadelano@codexalpha.org
Mail personale: miriadenera@gmail.com
Cell: +39 366 7449960
LinkedIn: linkedin.com/in/davide-cadelano-5b68a936a
X (Twitter): https://x.com/QIM_METATRON
Facebook: Profile
The Research section tracks theoretical progress, AI-assisted derivations, numerical simulations, and upcoming publications. Current research integrates real data from ESA's GAIA mission, LIGO gravitational wave detections, and cosmic microwave background patterns, toward deriving the gradient âđŠ of informational coherence between quantum nodes. All collaborators and contributions are published transparently through Zenodo and GitHub for scientific integrity and reproducibility.
Over the course of an intensive and highly interdisciplinary collaboration, Davide Cadelano and Louis-François Claro have jointly authored a series of scientific works that tackle some of the most complex open problems in theoretical physics â including the YangâMills Mass Gap, the NavierâStokes equations, and the Gravitational N-body Problem. By merging tools from torsional geometry, fractal dimensionality, and information-based field theory, the authors developed an original 5D framework capable of providing analytical, numerical, and conceptual breakthroughs.
The collaboration evolved through four major publications, each addressing a core component of modern physics:
These four works converge into a unified theoretical document entitled:
đ Fractal Geometric Theory of Fundamental Problems
A comprehensive synthesis that merges geometry, torsion, quantum fields and informational dynamics into a coherent framework designed to solve, regularize and unify several Millennium-class problems in physics.
The manuscript is now complete.
Who this is for: collaborators and reviewers who want to run the public scripts locally and verify outputs against DOI-archived artefacts.
Requirements: Python (3.x). Install the libraries referenced by the scriptsâ import statements and/or in the repository README. If a requirements.txt is present, use it.
Quick setup:
Clone: git clone https://github.com/Miriadenera/Miriadenera
(Optional) virtual env: python -m venv .venv â activate it
Install deps: pip install -r requirements.txt (or install packages seen in the scriptsâ imports)
Run: execute scripts/notebooks in simulations/ in the order indicated by the README or file prefixes
Validate: compare plots, tables, and logs with the Zenodo release (DOI v3.0)
Citation: use CITATION.cff (if present) and the DOIs listed below to cite software and data.
Codex Alpha v3.0 (Iconoclast Edition) â DOI: 10.5281/zenodo.17074972
Supplementary datasets / figures â will be listed here as they are published with dedicated DOIs.
Each release includes SHA256 checksums and a file manifest.
Focus areas: mathematical physics (GR, QFT, cosmology) · scientific computing (JAX/PyTorch/HPC) · data & visualization
Send a one-page PDF with: Background (â€150 words) · Proposed contribution (â€300 words) · Availability (hours/week)
Media summary
Codex Alpha proposes an informational unification of General Relativity and Quantum Mechanics in which spacetime emerges from the
Telascura, a coherent quantum-informational network. Dynamics are governed by coherence gradients (âđŠ), leading to falsifiable predictions,
reproducible simulations, and observational signatures. The project is openly published with code and datasets tracked by DOIs to enable independent verification and collaboration.
Short bio
Davide Cadelano is an independent theoretical physicist and founder of Codex Alpha Research. He studies spacetime as an emergent informational
structure governed by âđŠ, with implications for quantum nonlocality, propulsion, and cosmology. Publications are released with reproducible code and data.
Press contact: davide.cadelano@codexalpha.org
Quick links: DOI v3.0 10.5281/zenodo.17074972 ·
GitHub Miriadenera/Miriadenera ·
Website codexalpha.org
