This volume extends the R-layer Mode Theory (RLMT) into pharmacology and biochemistry by representing biological molecules, viruses, and drug candidates as states in a two-mode Hilbert space spanned by AUP and MUP components. The central quantity is the mode-space overlap “ODV = |(D|V)|², which controls the effective interaction strength and enters directly into the antiviral kinetics.”(PDFより引用) Left-handed antiviral agents are shown to achieve significantly reduced mode-space overlap in a MUP-dominant bio sector, leading to enhanced antiviral disruption even when their chemical composition is similar to right-handed mirrors. The framework introduces small-mode structures, CUP-based meta-geometric background, and the influence of exterior geometry on AUP/MUP purity distributions. The antiviral kinetics follow “keff = k0 (1 − ODV)”demonstrating how mode-space mismatch amplifies suppression of viral populations. This work establishes the foundation of R-layer pharmacology and connects chirality, antiviral design, and R-layer cosmology within a unified theoretical structure.
Tsuyoshi Tohi (Sun,) studied this question.
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