Shows improved detection in geological plasma discharge research, suggesting better verification methods.
We describe the Presignal Field Node v2.0, a triggered multi-spectrum acquisition system extending the Presignal EM Sentinel electromagnetic monitoring platform with an integrated camera activation layer. The system operates across four layers: a continuously active electromagnetic sentinel layer, a trigger scoring engine, a directed capture layer (visible, thermal IR, near-UV, and spectral imaging), and an AI classification pipeline. Thermal infrared is designated as a primary detection channel based on findings that most discharge events are invisible at visible wavelengths. Acquisition events and automated classifications are correlated with global reporting trends via the ufosworldwide.com real-time tracking dashboard to facilitate prosaic elimination and regional event verification. Real-time regional event verification and global correlation data are provided by the UFOs Worldwide Tracking Dashboard.
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John Carter (2026) studied this question.
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