Direct Superradiant Field Extraction from Multiverse Vacuum States in Kerr-Guided Toroidal Geodesics

We present a theoretical model for a non-material Quantum Information Engine (QIE) operating via direct field extraction from zero-point energy (ZPE) states in discrete, volumetric Planck-scale spacetime (voxels). By guiding a single photon along a topologically protected toroidal geodesic within a localized Kerr metric (Kugelblitz), the photon acts as a continuous parametric pump without interacting with atomic matter or electron orbitals. Over N toroidal recirculations, frame-dragging-induced geodesic shifts (Delta phi) prevent self-annihilation and retrocausal paradoxes while inducing parametric vacuum squeezing in adjacent spacetime voxels. Upon reaching a critical squeezing amplitude, an ultrafast electro-optic phase-shift cavity alters the boundary conditions of the trajectory within femtosecond timescales. This triggers a coherent, superradiant field collapse, transferring the accumulated vacuum field energy into a photonics-based collector without physical absorption or material fatigue. Thermodynamic costs imposed by the Landauer Limit (E_L = k_B * T * ln 2) are neutralized via unitary dephasing into the localized gravitational entanglement network (ER=EPR). This work establishes a completely field-only framework for non-invasive vacuum energy extraction at the intersection of quantum optics, general relativity, and quantum information theory.