What question did this study set out to answer?

To provide an organizational framework for Modal Triplet Theory, detailing types and dependency structures.

July 30, 2026Open Access

Modal Triplet Theory: Admissibility, Encodings, and the Structure of Physical Description: A Typed and Tiered Corpus Roadmap

Key Points

To provide an organizational framework for Modal Triplet Theory, detailing types and dependency structures.
Defines types and dependency orders within the Modal Triplet Theory framework.
Categorizes components such as assumptions, conditional theorems, and effective state mergers.
Presents a canonical 10D bundle convention and outlines interactions with quantum mechanics and string theory.
Establishes clear distinctions between various theoretical components in Modal Triplet Theory.
Identifies relations to key areas in physics including quantum gravity and the Standard Model.
Creates a structured approach to organizing physical descriptions using a tiered corpus.

Abstract

Version 12. This paper is the organizational roadmap for Modal Triplet Theory. It fixes the types, dependency order, and proof tiers needed to distinguish assumptions, conditional theorems, reconstructions, calibrated profiles, and open source-selection obligations. It separates projection, representative sections, exact decoding, autonomous reduced evolution, and effective-state merger; states the canonical 10D bundle convention with a six-dimensional internal fiber; treats the shared circle as line-bundle phase or holonomy data; and classifies current relations to quantum mechanics, QFT, gravity, the Standard Model, strings, quantum gravity, and AQFT. Scope boundary. This is a dated corpus map rather than a new physical derivation. The current A/B ledger and selected source hashes remain authoritative.

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