Control photon emission from a single molecule source with an rf field

In this work, we study the control of photon emission from single molecule in solid matrix driven simultaneously by a laser field and an electric radio frequency (rf) field based on the generating function framework developed recently. We investigate the first moment and second moment of photon emission statistics driven by the continuous wave (cw) and pulse laser and rf fields, and the modulation of single and a pair of emission photons by an rf field. Also, we discuss the conditions of the enhancement and suppression of photon emission, single emission photon probability and the turnstile effect.