What question did this study set out to answer?

The aim is to unify mid-level dynamics within the framework of Energy-Efficiency Theory (EET).

April 12, 2026Open Access

EET Mid-Level Dynamics Framework

Key Points

The aim is to unify mid-level dynamics within the framework of Energy-Efficiency Theory (EET).
Integration of core mechanisms like mismatch-driven evolution and hysteresis into a framework.
Specification of interface rules between ontological, mid-level, and mapping layers.
Presentation of domain-specific applications across various systems.
Established a unified framework that incorporates multiple dynamics across physical and social systems.
Clarified the interactions between different theoretical layers within EET.
Offered detailed subsections for various domain-specific applications.

Abstract

This document integrates the mid-level dynamics of Energy-Efficiency Theory (EET) into a single unified framework. It defines the core mechanisms — mismatch-driven evolution, sliding, hysteresis, threshold crossing, multistability, deviation potential, and transition criteria — that operate across physical, chemical, biological,cognitive, and social systems. It also specifies the interface rules between the ontological layer (Core Rules v4.1), the mid-level layer, and the mapping/system layers.Domain-specific applications (physics/chemistry, life/cognition, society/civilization) are presented as specialized subsections. This framework is fully aligned with EETCore Rules v4.1 and EET Paper Template Manual v1.0.

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Authors

Hongpu Yang

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EET Mid-Level Dynamics Framework

Key Points

Abstract

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