What question did this study set out to answer?

This research aims to derive equations from McCaul's Law to solve key unresolved scientific problems.

May 12, 2026Open Access

Seven Equations for Seven Unsolved Problems: Formal McCaul's Law Derivations (MCT-1, MVCC, MBSL, MSCL, MCSL, MFCL, MGCSL)

Key Points

This research aims to derive equations from McCaul's Law to solve key unresolved scientific problems.
Derived seven formal equations from McCaul's Law of Coherence.
Simulations were conducted to validate each equation against existing scientific issues.
Generated testable predictions relevant to the problems addressed.
All seven equations provided solutions to their respective unsolved problems.
Confirmed simulations indicated feasibility of resolving the Hard Problem of Consciousness and others.
Six distinct testable predictions for future investigation were identified.

Abstract

Seven formal equations derived from McCaul's Law of Coherence (Omega=Phi) each resolving a long-standing unsolved scientific problem: MCT-1 (Hard Problem of Consciousness), MVCC (Cosmological Constant/Dark Energy 10¹20), MBSL (Matter-Antimatter Baryogenesis), MSCL (Why Sleep Exists), MCSL (Homochirality of Amino Acids), MFCL (Protein Folding/Levinthal Paradox), MGCSL (Origin of the Genetic Code). All simulations confirmed. Six testable predictions. Timestamped May 9, 2026, 20: 21 CT (UTC-5).

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