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We have developed a cathodoluminescence-based single photon emitter detection scheme with deep subwavelength resolution. Application to NV0 centers in diamond and a new type of emitter in hexagonal Boron Nitride is presented.
We demonstrate a graphene mode-locked fiber laser system generating 42 fs pulses with 53mW output power, ideal for high temporal resolution applications.
We demonstrate the measurement of photon-pair joint spectral correlations in optical fiber through stimulated four-wave mixing. This method enables us to study correlations more easily, precisely and quickly than with traditional coincidence counting measurements.
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