Bi-Sensing Plasma Display (BiSPD): A Dual-Sensing Display Technology Utilizing a Chaos-Stochastic Architecture for Pixels Telemetry

We report the development of a high-fidelity Bidirectional Stochastic Plasma Interface (BSPI) based on the Successive Controlled Collapse (SCC) of the Hala Attractor. By applying a state-dependent damping operator—the Hala Operator—to chaotic flows, we demonstrate the topological discretization of a strange attractor into a stable constellation of 150 non-overlapping fixed points. This architecture utilizes 12–18 GHz Ku-band noise for Stochastic Resonance to mitigate Surprise Basin artifacts. Experimental verification, supported by an IEEE-315 compliant analog control processor, confirms a geometric separation of ≈ 1.7 × 10−9, enabling the deterministic conversion of analog entropy into quantized, addressable phase-space states forsecure, high-density information encoding.