To introduce and define the Architectural Limit Theorem, providing a criterion for the scalability of physical systems.
Developed a theoretical framework for the Architectural Limit Theorem.
Analyzed condition localization behavior in physical systems.
Established mathematical proofs for necessary and sufficient conditions.
Identified key conditions under which physical systems can scale effectively.
Demonstrated the relevance of condition localization behavior in determining scalability.
Abstract
This work introduces the Architectural Limit Theorem, establishing a necessary and sufficient condition for scalability of physical systems based on condition localization behavior.