Photoluminescence spectral analysis of NV centers, calibrated with DFT, determines the Fermi energy in diamond samples.
Title resolution pending
4 Pith papers cite this work. Polarity classification is still indexing.
4
Pith papers citing it
verdicts
UNVERDICTED 4representative citing papers
Optimal entangling measurements on two qubits violate the three-parameter precision trade-off bound by an average of 16 standard deviations, achieving tomography precision unreachable by individual measurements.
A minimal fitting procedure improves T1 parameter estimation accuracy in NV-center spin relaxometry by explicitly modeling imperfect spin state preparation.
A compact external cavity diode laser with NV-diamond achieves five-fold ODMR contrast enhancement near threshold and 7.6 nT/sqrt(Hz) sensitivity above threshold for singlet infrared absorption magnetometry.
citing papers explorer
-
Determination of the Fermi Energy of Diamond using Photoluminescence Spectral Analysis
Photoluminescence spectral analysis of NV centers, calibrated with DFT, determines the Fermi energy in diamond samples.
-
Beating three-parameter precision trade-offs with entangling collective measurements
Optimal entangling measurements on two qubits violate the three-parameter precision trade-off bound by an average of 16 standard deviations, achieving tomography precision unreachable by individual measurements.
-
A method for robust spin relaxometry in the presence of imperfect state preparation
A minimal fitting procedure improves T1 parameter estimation accuracy in NV-center spin relaxometry by explicitly modeling imperfect spin state preparation.
-
A robust laser cavity platform for NV-diamond singlet infrared absorption magnetometry
A compact external cavity diode laser with NV-diamond achieves five-fold ODMR contrast enhancement near threshold and 7.6 nT/sqrt(Hz) sensitivity above threshold for singlet infrared absorption magnetometry.