Numerical measurements show a prime-zero duality measure K stabilizing to an infrared fixed point of 4 under finite-size scaling with exponent near 0.5, interpreted as renormalization-group flow that structurally supports the Riemann hypothesis via an information action and quaternion-like generator
Falconer,Fractal Geometry: Mathematical Foundations and Applications, 3rd ed
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Prime--Zero Duality: Fractal Geometry, Renormalization-Group Flow, and an Information-Ontological Framework for Number Theory
Numerical measurements show a prime-zero duality measure K stabilizing to an infrared fixed point of 4 under finite-size scaling with exponent near 0.5, interpreted as renormalization-group flow that structurally supports the Riemann hypothesis via an information action and quaternion-like generator