Quantum Neural Field Mapping

A theoretical framework for measuring geometric invariants of covariance manifolds using fixed quantum circuit probes. The first confirmed invariant — polarity — explains why classical cross-patient seizure detection fails and was invisible until a quantum circuit made it measurable.

IBM Heron · CHB-MIT dataset · 7 patients · LOSO validation · Hardware-validated March 2026

EXPLORE
01 FRAMEWORK QNFM as theoretical umbrella — encoding pipeline, live field mapping, invariant hierarchy. Explore → 02 INSTRUMENT The A-Gate — a fixed geometric probe. Circuit architecture, gate diagrams, IBM Heron topology. Explore → 03 INVARIANTS What the A-Gate measures. Polarity confirmed, cross-frequency and trajectory geometry predicted. Explore → 04 FINDINGS Three papers: polarity discovery, continuous strength reframe, and QNFM theoretical framework. Explore → 05 DOMAINS Application domains — EEG (validated), FX (theoretical), ECG (planned). Explore → 06 HARDWARE Mark IV EEG headset, IBM Heron tools, lattice configuration, circuit transpilation. Explore →
STATUS
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