The Plasma Quantum Processor (PQP) is a theoretical quantum-classical hybrid core capable of real-time entropic regulation and adaptive control, harnessing plasma feedback and recursive cognition.
The PQP proposes a new model where plasma replaces wires, entropy becomes a tunable variable, and time is a spiral path through feedback-driven computation, blending speculative quantum plasma engineering with entropy and intelligence models.
The architecture of PQP integrates DEM and Fractal Flux into hardware, utilizing a Quantum-Classical Core, Plasma Memory Layer, and AI/Entropy Layer to enable fractal time dynamics for energy flow and processing cycles.
Applications of PQP include off-grid energy systems, space-grade AI systems, and quantum-thermodynamic computing, with future pathways focusing on Qubit-Plasma Interface Engineering, Symbolic Entropy Regulators, and Neuromorphic Plasma Chips.