Topological Regularization of Navier-Stokes Singularities through Temporal Transduction in Restricted Manifolds: The Jérémie-Wakilongo Formalism

This treatise introduces the Jérémie-Wakilongo Formalism, a novel mathematical framework for the topological regularization of Navier-Stokes singularities in restricted manifolds. By challenging the classical Pavlovian reductionist paradigm in behavioral biophysics, this work establishes Biological Temporal Transduction as a systemic framework for interpreting environmental constraints. We derive the Jackson-Wakilongo constant (JW≈14.120), a dimensionless bifurcation threshold that governs the t