We present an alternative cyclic cosmological model, termed the "Infinite Dynamo,"wherein the initial Big Bang singularity is systematically avoided via a smooth bounce governed by non-linear electrodynamics and topological informational mechanisms. We mathematically demonstrate that a global geometric contraction of the metric can optically mimic an accelerated expansion for a local observer, conditioned by the temporal evolution of anactive cosmic web optical medium. At extreme densities, magnetohydrodynamic (MHD)induction triggers exponential pair production from the vacuum via a coupled Schwingermechanism. By deploying a Born-Infeld formalism structurally modified by the GoldenRatio (), we show that the effective electromagnetic pressure becomes asymptotically negative, driving a mechanical bounce at a non-zero minimum radius (amin). This inflectionpoint is stabilized and protected by the Holographic Principle, preventing loss of unitarity and conserving the universal informational states of consciousness encoded within cosmic skyrmions. Finally, we formulate four testable empirical predictions for modern astrophysics and high-power laser facilities.