Tang Papers Program
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Finding clarity in contradictions.

The Tang Papers Program is a staged research program exploring how contradictions arise in system descriptions and how they may be clarified through disciplined representational separation.

The papers collectively develop a representational diagnostic framework for complex systems, emphasizing the distinction between:

  • Scalar variables — magnitude, accumulation, duration, and rate
  • Phase variables — coordination, relational structure, and boundary completion

Because the Zenodo repository automatically sorts records by upload date, the recommended conceptual reading order of the Tang Papers corpus is provided below.

Recommended Reading Order

  1. The Tang Papers Program: Architecture, Scope, and Representational Discipline
    (Bridge Paper — architectural overview of the entire research program)

  2. Phase–Scalar Reconstruction (PSR)
    (Core diagnostic framework for identifying representational contradictions)

  3. Boundary-Augmented Phase–Scalar Reconstruction (PSR-B)
    (Boundary axioms and structured diagnostic audits for physics paradoxes)

  4. Phase–Scalar Reconstruction in Practice (PSR-P)
    (Admissibility gate and applied diagnostic procedures)

  5. Phase and Scalar Time
    (Formal distinction between measurement-dominant and coordination-dominant temporal descriptions)

  6. The Spiral Coordinate System
    (Structural representation of scalar accumulation and phase coordination)

  7. The Rhythm–Information Time Principle (RITP)
    (Rhythmic grouping and informational change in the experience of time)

  8. The Information–Consciousness Gradient

  9. Human–AI Collaborative Research (HAICR)
    (Methodological framework for structured human–AI research collaboration)

  10. Unified Intelligence Framework Glossary

  11. Local Death, Global Life: The Λ-State

Program Scope

The Tang Papers should be understood as a:

  • representational diagnostic framework
  • systems-oriented investigation into coordination and accumulation
  • documented experiment in human–AI collaborative research methodology

The program does not propose new physical laws and does not replace established scientific theories. Instead, it focuses on clarifying how contradictions can arise from representational structure in system descriptions.

Author

Lit Meng (Robert) Tang
Independent Researcher — danceScape Research Initiative
Burlington, Ontario, Canada

ORCID: 0009-0006-1121-6837

 

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