Quantum Cycle of Form Model (MCCF) – English Translation

This is the official English translation of the Modelo del Ciclo Cuántico de la Forma (MCCF), originally registered in Safe Creative under code 2506282294888.

The Quantum Cycle of Form Model (MCCF) proposes a symbolic and fractal reinterpretation of matter and energy, presenting a six-phase framework that describes the emergence, stabilization, association, and dissolution of quantum forms.

This translation was produced by the original author with the support of AI tools (ChatGPT), under full human supervision.

Note: Version 1.1 includes technical adjustments related to LaTeX encoding and typesetting, improving the visual consistency of mathematical expressions. The conceptual content remains unchanged.

Author’s Note (Updated July 6, 2025)

As of July 6, 2025, the Quantum Cycle of Form Model (MCCF) has achieved full mathematical formalization, establishing a robust and coherent theoretical framework for its version 2.0. This milestone elevates the MCCF from its symbolic and structural foundations to a model that is mathematically rigorous and suitable for scientific validation.

The core mathematical structure, new principles of structural support, and internal regulation have now been consolidated. For conceptual safeguarding reasons, universal laws and key technical details will not be disclosed at this stage; however, preliminary results have been promising and demonstrate the model’s potential for diverse applications.

The scope of MCCF v2.0 is so broad that at least two additional sequels are planned to address further applications and deeper theoretical developments. Furthermore, the model has recently been extended to the neuroscientific field, with several innovative proposals to be presented in future chapters.

Progress from computational simulations and further validations will be communicated as technical resources allow. The original ontological coherence of the MCCF remains preserved, opening new pathways for reproducible simulations, derivations from first principles, and integration with established scientific frameworks.

🔄 To follow the technical and scientific development of MCCF v2.0, including simulations, mathematical progress, and funding justification, please see:
https://zenodo.org/records/15792057

Copyright officially registered in Safe Creative under code: 2506282312148
🔗 Official authorship certificate:
https://www.safecreative.org/certificate/2506282312148-5MURF8

Important Update – MCCF v2.0 Now Available

As of July 2025, the Quantum Cycle of Form Model (MCCF) has reached full mathematical formalization, resulting in the official release of version 2.0. This milestone extends the symbolic and structural foundations established in version 1.1 into a rigorous mathematical framework with computational applications.

🧩 To access the official MCCF v2.0 (mathematical and computational version), see:
🔗 https://zenodo.org/records/16591800

This major advancement enables formal derivations, scientific simulations, and broader theoretical exploration, while preserving the original ontological coherence of the model.

Custodial Clause – MCCF
This model has been registered as an intellectual property contribution. In the event of the author’s incapacity, disappearance, or death, all licenses for use, reproduction, development, or expansion shall be automatically transferred to a designated group of custodians.

This provision has been documented in a sealed legal record and is protected under applicable intellectual property and inheritance laws.

Open Licensing Statement
The MCCF v2.0 is intended to remain accessible to the global scientific community under a contribution-based and impact-aware license. The final licensing model will be designed to encourage open collaboration and responsible use by all, should the theory prove valid. For further details or academic use, please contact the author.

Please note that no part of the model, in whole or in part, may be used, reproduced, or developed without express written authorization from the author.

For academic licensing, institutional collaboration, or experimental use, contact the author:
ing.luislock@gmail.com