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Massively Multiplexed Nanoscale Magnetometry with Diamond Quantum Sensors
Kai Hung Cheng
, Zeeshawn Kazi
, Jared Rovny
, Bichen Zhang
, Lila S. Nassar
,
Jeff D. Thompson
,
Nathalie P. De Leon
Electrical and Computer Engineering
Princeton Quantum Initiative
Research output
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Contribution to journal
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Article
›
peer-review
16
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Keyphrases
Nitrogen-vacancy Center
100%
Diamond Sensors
100%
Nanoscale Magnetometry
100%
Multiplexed
100%
Correlation Function
50%
Magnetic Field
50%
Covariance
50%
Spin State
50%
Noise Spectrum
50%
Magnetometry
50%
Spatially-varying
50%
Confocal Microscopy
25%
Physical Properties
25%
Two-point
25%
Magnetic Ordering
25%
High Sensitivity
25%
Laser Power
25%
Scanning Probe
25%
Temporal Dynamics
25%
Correlated Electrons
25%
Magnetic Correlations
25%
Condensed Matter
25%
Far-from-equilibrium
25%
Spectrum Function
25%
Varying Magnetic Field
25%
Quantum Phase Transition
25%
Parallelizing
25%
Low Noise
25%
Nitrogen Vacancy
25%
Low Nitrogen
25%
Magnetic Field Sensitivity
25%
Nitrogen-vacancy Center in Diamond
25%
Nanopore Sensing
25%
Sensing Platform
25%
Spin-to-charge Conversion
25%
Readout Noise
25%
Local Noise
25%
Fidelity Assessment
25%
Quantitative Reconstruction
25%
Spectra Properties
25%
Phase Transition Dynamics
25%
Current-carrying Wire
25%
Multiple Centers
25%
Confocal Measurement
25%
Noise Correlation
25%
Nonlocal Property
25%
Physics
Magnetic Measurement
100%
Nanoscale
100%
Nitrogen
100%
Magnetic Field
66%
Covariance
33%
Noise Spectra
33%
Condensed Matter Physics
16%
Low Noise
16%
Magnetic Phenomena
16%