Spiral Determinism: Replacing Quantum Probability with 3D Topological Causality

This paper introduces Spiral Determinism, a paradigm that reframes quantum randomness, interference, and turbulence as artifacts of lower-dimensional projections. By embedding systems in 3D topological space using spiral flux-tube models and helicity quantization, the work reveals a deterministic structure underlying phenomena traditionally interpreted as probabilistic. It unifies concepts across quantum mechanics, field theory, and chaos using topological invariants such as twist, writhe, and linking number. Applications span quantum entanglement, black hole thermodynamics, magnetic lensing, and turbulence. Spiral Determinism is presented not as a tweak of existing theory, but as a fundamental dimensional upgrade in how physical reality is modeled.