Initial creation

# Quantum Sensing & Symmetry-Breaking Probes
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Noise as both a diagnostic signal and an obstacle: using a local quantum sensor (an NV center, a spin qubit) to read out magnetic-field noise as a proxy for electron dynamics or hidden symmetry breaking in a nearby material, and the microscopic two-level-system noise theory that underlies why such sensors — and qubits generally — decohere in the first place.
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Children: Noise Magnetometry as a Probe of Correlated Electron Dynamics (nests Two-Level-System Noise & Qubit Decoherence Theory, and Nanoscale Probes of Symmetry-Breaking & Axion-like Response).
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# Parents
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* Research Directions — Kartiek Agarwal (from Google Scholar)⏎