<b>Quantum Implications of the Photonic Gel Boundary: Dark Matter and Dark Energy as Boundary Residuals</b>

This paper extends the photonic gel boundary framework into the quantum realm, explaining how quantum fluctuations at the boundary generate dark matter and dark energy as residual phenomena. It proposes that these cosmic components are not separate entities but manifestations of the same quantum processes occurring at the universe's edge. The paper develops a quantum field theoretical approach to describe how the boundary deposits these residuals during cosmic expansion, providing a unified quantum origin for approximately 95% of the universe's energy content.