HJM MANIFESTO The Law of One Mechanism of the Functioning of Universes as a Hypothesis of New Information Physics in GTWSSF USC GTCW Theory

Introduction to the publication (Manifest + Supplement + Presentation) This publication provides a structured research package concerning the HJM hypothesis developed within the GTWSSF–USC–GTCW framework (hereafter collectively referred to as GTWSSF). The purpose of this release is not to announce a closed and definitively confirmed physical theory, but to present a coherent research program that combines a formal apparatus, validation procedures, and an interpretive layer in an explicit, separated, and falsifiable manner. The package has been prepared in order to: preserve the current version of the hypothesis and conceptual apparatus, document the technical input data chain and uncertainty budget, ensure reproducibility of analyses and transparency of evaluation criteria, separate the manifesto layer (hypotheses and research program) from the metrological layer, provide a presentation layer for communicating assumptions and results without conflating it with the evidential apparatus. This package adopts a strict classification of claim status: YES — elements based on explicitly defined data, estimators, and quality-control procedures, HYP — hypotheses and interpretations requiring further testing, TARGET — external predictions intended for independent experimental verification. This distinction is a core component of the BK methodology and protects the work from conflating empirical claims with programmatic or ontological conclusions. Package structure 1. Manifest (main layer, HYP + research program)The Manifest contains the logical core of the HJM hypothesis in the GTWSSF context, working definitions, scope of claims, rationale for the research direction, and a description of the relations between the physical, informational, and predictive layers. This document has a programmatic function: it organizes assumptions, defines interpretive boundaries, and indicates which elements are subject to further validation. 2. Technical Supplement X10 (metrological layer, reproducibility and QA)The Supplement provides the technical description of the input data chain, estimator definitions, uncertainty budget, error propagation procedures, classification of uncertainty components, freeze/blind validation protocols, and PASS/FAIL criteria. This document is strictly technical in nature and is not the place for programmatic declarations; its role is to enable control, replication, and independent assessment of the procedure quality. 3. Presentation (communication layer)The Presentation is a concise representation of the assumptions, package structure, scope of claims, and validation plan. Its function is to facilitate scientific and public communication without replacing the main text or the technical supplement. The Presentation is not a standalone carrier of proof and should be interpreted only together with the source documents. Scope and scientific status of the publication This publication documents a stage at which the GTWSSF/HJM apparatus includes: an organized conceptual structure, an explicit separation of claim layers, formal validation and quality-control procedures, an initial embedding in data and a predictive logic for external tests. At the same time, this publication does not claim final resolution of ontological questions (including full confirmation of the informational nature of reality or determinism in a general sense). These aspects remain working hypotheses and require further independent experimental confirmation. The scientific value of this package arises from the combination of: formal coherence, explicit definitions, metrological discipline of description, and readiness for falsification through external predictions. Purpose of the Zenodo publication The Zenodo publication serves as: a reference version repository, a durable record of the current hypothesis state and procedures, a baseline for future updates, a source package for independent analysis, critique, and replication. In this sense, the “Manifest + Supplement + Presentation” package is not only a description of an idea, but also a formal record of how that idea is to be tested.