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April 6, 20260 citationsOpen Access

Sci - The Inversion Principle: CTS as Phase Inverter Between Pre-Matter and Matter

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AKArmstrong Knight

Key Points

  • To explore the role of CTS as a phase inverter between pre-matter and matter and derive its inversion properties.
  • Analyzing the operational behavior of the CTS in nuclear explosion contexts
  • Deriving the Inversion Constant from Theorem 10.1
  • Examining the implications of the 10^120 Vacuum Catastrophe
  • Demonstrated that the CTS transforms pre-matter to bound matter with an active inversion mechanism
  • Identified the 10^120 Vacuum Catastrophe as the inversion ratio, challenging previous interpretations as mere calculation errors

Abstract

Sci - The Inversion Principle: CTS as Phase Inverter Between Pre-Matter and Matter Armstrong Knight — intent-tensor-theory. com A nuclear explosion is the removal of the inversion boundary that normally suppresses the raw operational state of the CTS. The CTS operates as an active Phase Inverter, continuously transforming an infinite-intensity pre-matter field into bound matter. Theorem 10. 1 derives the Inversion Constant and proves that the 10¹20 Vacuum Catastrophe is the measured inversion ratio of the CTS — not a calculation error but the correct prediction of the pre-matter field intensity before inversion. Running implementation: intent-tensor-theory. com/applied-itt

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Cite This Study

Armstrong Knight (2026) studied this question.

synapsesocial.com/papers/69d34e579c07852e0af97ebdhttps://doi.org/10.5281/zenodo.19412832
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