The Tang Papers Program: Architecture, Scope, and Representational Discipline

The Tang Papers Program is a staged research program examining how contradictions arise in system descriptions across multiple domains including physics interpretation, artificial intelligence behavior, consciousness studies, and organizational coordination. Across the program a recurring representational distinction appears between variables that track magnitude or accumulation and variables that describe structural coordination or boundary completion. This distinction is formalized most explicitly in the Phase–Scalar Reconstruction (PSR) framework and its extensions, Boundary-Augmented Phase–Scalar Reconstruction (PSR-B) and Phase–Scalar Reconstruction in Practice (PSR-P). The Tang Papers are best understood not as a new physical theory nor as a universal explanatory framework, but as a representational diagnostic framework for complex systems. By separating accumulation roles from structural roles within system descriptions, the framework aims to clarify how analytical artifacts and contradictions emerge and how they may be reformulated through disciplined representational separation. This bridge paper clarifies the architecture connecting the Tang Papers corpus and situates the individual papers within a coherent research program spanning phenomenology, temporal theory, artificial intelligence methodology, consciousness structure, and systems diagnostics. The paper introduces no new theoretical mechanisms. Its contribution is architectural: providing an interpretive spine for the Tang Papers program so that subsequent formal refinement and domain applications can be understood within a consistent methodological framework. Program architecture and diagnostic methodology include: • Phase–Scalar Reconstruction (PSR) diagnostic methodology • Boundary-Augmented Phase–Scalar Reconstruction (PSR-B) • Phase–Scalar Reconstruction in Practice (PSR-P) • Human–AI Collaborative Research (HAICR) methodology The bridge paper therefore serves as the architectural overview of the Tang Papers corpus and the entry point for understanding the program as a unified representational diagnostic framework.