A new dip-peak fitting model approximates ensemble cw-ODMR spectra near resonance as a Lorentzian plus background term, enabling more accurate resonance frequency extraction for NV temperature sensing.
The time evolution of the density matrixρunder this Hamiltonian is analyzed using the Lindblad master equation to incorporate decoherence ef- fects
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Enhanced Temperature Sensitivity in Ensemble NV Centers through Improved Optically Detected Magnetic Resonance Spectral Modeling
A new dip-peak fitting model approximates ensemble cw-ODMR spectra near resonance as a Lorentzian plus background term, enabling more accurate resonance frequency extraction for NV temperature sensing.