Plasmon Trigger Quantum Computing Model for Mesh-Linked Communication and Sensing Networks

We present a novel plasmon-triggered quantum computing model (TeraQ) utilizing methyl fluoride (CH₃F) molecular collapse events to generate a controlled, detectable quantum state shift within a hybrid graphene capacitor structure. This system enables low-latency, phase-coherent entanglement and supports a mesh-linked quantum communication and sensing network. The Entanglement Pattern Compiler (EPC) orchestrates timing, phase offsets, amplitude modulation, and fallback recovery. Designed to support scalable, high-speed quantum control without cryogenic or magnet-based infrastructure, TeraQ introduces a potentially transformative approach to quantum network integration, communications, and sensor fusion.