In applications where background noise reduction and temporal filtering are crucial, the ability to swiftly activate and deactivate photon detectors is often essential.

Additionally, in experiments involving resonant excitation and collection, gating can be transformative for filtering out undesired photons, eliminating the need for cross-polarization techniques and their associated losses. For example, this approach is particularly advantageous in applications such as fluorescence spectroscopy, single-photon LiDAR, quantum communication, telecommunications, and microscopy.

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