Neo-Super Materials Science: Foundational Theoretical Concepts and Verifiable Methodological Hypotheses for Site-Responsive Chemical Cultivation

This project hosts the foundational paper of the "Site-Responsive Chemical Cultivation" (SRCC) theory, which is the 26th paper in the Neo-Super Materials Science series. SRCC is established as an independent discipline within the core operational layer of this theoretical framework. The paper systematically defines three foundational concepts—Nucleon Affinity Field (NAF), Lattice Admittance (Λ), and Environment-Driven Infiltration Pathway (EDIP)—and establishes a verification framework using oxygen atoms (¹⁶O/¹⁷O/¹⁸O) as the natural standard exchange medium. By referencing natural phenomena such as rock weathering, biomineralization, atmospheric photolysis, deep-sea hydrothermal mineralization, and the mantle oxygen buffer system, the work demonstrates that SRCC is not an invention but a systematic extraction and controllable replication of nature's logic of material evolution. The core assertion is that the mathematical closure of NAF, Λ, and EDIP constitutes a necessary and sufficient condition for redefining "material evolution." This project serves as the primary repository for the theoretical manuscripts, figures, and related supplementary materials of the SRCC framework.