The One-Mechanism Hypothesis: An Integrated Framework for GTWSSF,USC, and GTCW

INTRODUCTION TO THE PUBLICATION This work presents an integrated formal outline of the “One Mechanism” hypothesis, according to which the observable diversity of physical phenomena may be described as the result of a single coherent structural logic. The point of departure is not a rejection of established physical theories, but an attempt to organise them within a common descriptive framework in which geometry, energy, information, and dynamic organisation are treated as different manifestations of the same underlying mechanism. Within the proposed approach, reality is treated as a structurally encoded system in which the laws of physics are not viewed as a collection of disconnected rules, but as consequences of a deeper formal coherence. In this sense, matter, fields, and cosmological dynamics may be analysed as effects of informational organisation within the physical structure of the world. Such an approach naturally connects questions related to spacetime geometry, fundamental couplings, structural evolution, and the problem of the stability of physical laws across local and cosmological scales. The purpose of this work is to present this idea as an organised scientific essay grounded in mathematical-physical formalism, consistent terminology, and a clear separation between two layers: the part anchored in established physics and the part formulated as an explicit extending hypothesis. The document does not claim to provide a final closure of the problem; rather, it constitutes a formal step toward a unified description in which structure, information, and dynamics are treated as elements of a single order. The considerations presented here are synthetic in character. Their function is to demonstrate that it is possible to formulate a common language for questions that are usually separated into distinct branches of theoretical physics. In this sense, the work is both integrative and programmatic: it defines a framework for further analysis, parameter calibration, and future falsifiable tests. PRELIMINARY ZENODO DESCRIPTION This publication presents an integrated outline of the “One Mechanism” hypothesis, according to which geometry, energy, information, and the organisation of physical structures may be described as manifestations of one common fundamental logic. The document organises the conceptual and mathematical framework by combining elements anchored in established physics with explicitly stated, testable extending hypotheses. The work takes the form of a synthetic scientific essay. Its purpose is to show that phenomena traditionally treated as separate may be formulated within a single formal framework in which the structure of reality has a code-like character, and the observable laws of physics emerge from a deeper organisational coherence. The document provides a foundation for further theoretical analysis, parameter calibration, and the construction of subsequent, more detailed research modules. The version deposited in the repository is a publication-grade release prepared under strict formal standards, with consistent terminology, notation, and structural alignment in both the Polish and English versions.