Quantum Vacuum Energy

<b>Title:</b> Quantum Vacuum Energy Stabilization via Prime-Based Friction and the DUAL Nominator Framework<b>Description:</b><br>This research presents a novel stabilization framework for quantum vacuum energy, leveraging <b>prime number structures</b>, <b>frictional stabilization</b>, and <b>harmonic oscillations</b>. Utilizing the DUAL Nominator mechanism, we establish a mathematically rigorous model incorporating a 51/49 frictional balance, a finite scaling threshold, and a 90-degree rotational transformation to regulate quantum oscillations. Our high-precision computational simulations demonstrate self-regulating energy stability within the vacuum field, suggesting <b>profound connections</b> between prime sequences, gravitational wave structures, and space-time geometry. This work opens new avenues in <b>quantum field stabilization</b>, energy extraction, and potential applications to <b>propulsion technologies</b>.