What question did this study set out to answer?

The central aim is to define how nuclear binding operates at the short-range level within a unified framework of four forces.

February 10, 2026Open Access

Energy Filament Theory (EFT) Z05: The Short-Range Layer of Four-Force Unification — Swirl-Texture Interlocking and the Strong/Weak Rule Layer

Key Points

The central aim is to define how nuclear binding operates at the short-range level within a unified framework of four forces.
Developed a mechanism-and-rule language for four-force unification.
Analyzed short-range interactions focusing on swirl-texture alignment.
Formulated strong/weak phenomena within a rule layer framework.
Defined transition packages as tools for identity changes in interactions.
Identified swirl-texture interlocking as crucial for nuclear binding.
Framed weak interactions as identity change rather than traditional force dynamics.
Linked transition packages to a broader statistical substrate framework.

Abstract

EFT-Z05 compresses “four-force unification” into a reusable mechanism-and-rule language on the same Energy Sea / Sea-State map. It focuses on the contact-scale short-range layer: nuclear binding is described as a threshold mechanism of swirl-texture alignment and interlocking. Strong/weak phenomena are framed as a rule layer (strong = gap backfilling; weak = destabilization and reassembly), where the weak interaction is a legal-channel “swap rule” for identity change rather than a push/pull force. The module also defines short-lived transition packages (GUP) as the common construction crew for patching and swapping and links them to the downstream statistical substrate (STG/TBN; Z07). This record provides a minimal mnemonic and a master mapping table, plus test handles and falsification windows.

Energy Filament Theory (EFT) Z05: The Short-Range Layer of Four-Force Unification — Swirl-Texture Interlocking and the Strong/Weak Rule Layer

Key Points

Abstract

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