Proposes a geometric organization of fundamental forces, suggesting new insights into their interrelations.
This paper proposes that the four fundamental forces of physics do not converge into a single force at high energies but are organised by a geometric pattern: two irreducible axes (structural and transformational), each carrying two complementary forces, whose cyclic interaction produces the observable universe. The pairing is shown to be the unique grouping consistent with three independently measurable binary properties of the forces: exclusive attraction, confinement and shared beta function form. A mathematical analysis demonstrates that forces on the same axis relate through scale transformation (renormalisation group flow), while forces across axes relate through symmetry group embedding — explaining why electroweak unification succeeded and grand unification with the strong force has not. The normalised gravitational and QCD beta functions are shown to differ by exactly one power of the coupling constant, confirming the within-axis correspondence. The cycle integral Φ > 0 is tested against published nanocrystal recrystallisation data and confirmed. The framework derives from The Code — a pattern of change observed independently across human, biological and cosmological systems — and generates six testable predictions.
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Raimo van der Klein (2026) studied this question.
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