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June 12, 20260 citationsOpen Access

Quantum Relational Geometry: Implications

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RRRick Jason Ritchie

Key Points

  • This research aims to explore the implications of integrating the Quantum Relational Geometry framework in understanding diverse domains.
  • Grounded discussion in emerging empirical findings that support the framework.
  • Analyzed the convergence of Orch-OR microtubule dynamics with Cube Model’s Agency-Time-Scale axes.
  • Examined the validation of Quantum Relational Geometry in scientific, technological, and sociological contexts.
  • Validation of QRT could lead to new insights in mind and consciousness.
  • Implications for technology and artificial systems could reshape our understanding of human-machine interactions.
  • Potential ethical and civilizational issues arise from the application of these findings.

Abstract

Assuming the integrated Quantum Relational Geometry (QRT) framework — uniting Orch-OR microtubule dynamics withthe Cube Model’s Agency-Time-Scale axes and persistent glow volume — proves substantially correct, it would mark aparadigm shift in our understanding of mind, society, and artificial systems. This paper outlines the major scientific,clinical, technological, sociological, ethical, and civilizational implications of such a validation, grounding the discussionin emerging empirical findings that render the framework testable rather than purely speculative.

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Cite This Study

Rick Jason Ritchie (2026) studied this question.

synapsesocial.com/papers/6a2ba4d68101cf8926f031behttps://doi.org/10.5281/zenodo.20619457
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