This work presents the TSMTR-V2, a hybrid toroidal resonator architecture designed to extend photon lifetime through controlled coupling, distributed photon harvesting, and an internal multiscale reflective node network (MRNN). The concept explores sub-cavity photon recycling using embedded micro-reflective geometries to increase the internal optical path length without requiring long-distance mirror alignment, addressing a key challenge in large-scale photonic propulsion systems. The document includes the theoretical framework, system architecture, loss model, and potential experimental pathway for validation

Keywords photonic propulsion, optical resonators, photon lifetime, photon recycling, high-Q cavities, toroidal resonator, controlled coupling, photon harvesting, MRNN architecture, optical systems, radiation-pressure propulsion