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Demonstrates that the fine-structure constant α derives from geometric properties of a triple helix.
We discard the notion that the fine-structure constant α is an arbitrary parameter of nature. We demonstrate that α is a purely geometric projection factor arising from the kinematics of a Triple Helix flow on a tip-fused bicone manifold. By strictly enforcing the topological stability conditions of the Braid Group B3, the helix pitch angle ψ is quantized. The coupling constant emerges as α = sin(ψ), representing the efficiency of projecting a superluminal helical trajectory onto a subluminal propagation axis. The value α⁻¹ ≈ 137 is the inevitable consequence of braid topology.
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Nick Navid Yazdani (2026) studied this question.
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