02. Quantum Computing

Implementing room-temperature photonic quantum logic. Moving beyond traditional qubit decoherence by anchoring information in the 9D Complex Tensor manifold. Our framework allows for high-dimensional state stability without extreme cryogenic requirements. We are redefining quantum state stability. By mapping quantum information onto a 9-Dimensional Complex Tensor framework, we have identified a 'coherence corridor' that allows for stable state preservation without cryogenic de pendency. Our approach treats quantum decoherence as a dimensional mismatch rather than a thermal inevitability. Current R&D focuses on Cubic Spline Coherence Normalization to ensure second-derivative continuity in photonic phase-rotation.