Quantum sensor system for high-precision measurement and detection of magnetic fields

Abstract

An intelligent quantum sensor system for high-precision measurement and detection of magnetic fields, comprising: • a quantum sensor module configured to detect one or more magnetic fields using at least one quantum sensor element; • a quantum excitation and control module configured to initialize, manipulate, and maintain quantum states of the at least one quantum sensor element; • a quantum readout module configured to capture and digitize quantum sensor signals generated by at least one quantum sensor element; • an environmental monitoring module configured to measure one or more environmental parameters that affect sensor performance; • an artificial intelligence and adaptive signal processing module configured for autonomous calibration, environmental compensation, signal amplification, noise reduction, and magnetic field estimation;• A multi-sensor fusion module configured to combine measurements from a variety of sensors; • A magnetic field mapping and reconstruction module configured to generate two- and three-dimensional magnetic field representations; • A digital twin and predictive analytics module configured to model system behavior and predict magnetic anomalies; • A communication and data management module configured for exchanging, storing, and managing sensor data; and • An autonomous decision and user interface module configured to automatically optimize system operation and present measurement results. These modules work together to enable autonomous, high-precision magnetic field measurement, detection, localization, visualization, and predictive analysis.