Overview

Introduction to 《Metastructural Unification ( Chemistry Volume ): Unifying Reactions, Compounds and Elements》 Building upon existing frameworks in chemistry, this book attempts to construct a unified analytical model centered on the core variables of structure, energy, and information. Through this framework, the author seeks to provide an integrated reinterpretation of elemental systems, the mechanisms of chemical bond formation, and the evolutionary laws governing chemical reactions. Using the structural abstraction of Point - - Line 1 - Circle Ο as a geometric prototype, the book interprets: elements as fundamental structural units (Point -), chemical bonds as mechanisms of structural connection (Line 1), and molecular and crystalline structures as forms of closed organization (Circle Ο). Based on this mapping, a multilayer recursive generative model is developed to explain the progressive complexification of material structures. This volume systematically explores three central questions: 1) Can elemental periodicity be explained through a unified framework of structural hierarchy and energy-level distribution? 2) Can chemical bond formation be expressed within a unified framework of structural tension and informational coupling? 3) Can the directionality and stability of chemical reactions be characterized through structural entropy functions and energy-flow equations? To address these questions, the author introduces concepts such as structural vectors, structural information functions, and structural entropy spectra, and constructs dynamic evolution equations for chemical systems. In doing so, both static molecular structures and dynamic reaction processes are incorporated into a common mathematical framework. Unlike traditional presentations organized according to separate chemical subdisciplines, this book emphasizes structural isomorphism and hierarchical recursion, seeking to establish a unified mode of description across elements, compounds, and reactions. The goal of this work is not to replace existing chemical theories, but rather to provide a cross-hierarchical abstract framework through which the generative logic of material structures may become formally simpler and theoretically more coherent. This book is intended for researchers interested in theoretical chemistry, complex systems, structural-information modeling, and interdisciplinary unification theories. It may also serve as a methodological reference for those exploring the foundational structural problems of chemistry.

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