Scientists achieve first self-powered quantum microwave signal in lab experiment

 

Researchers at the Vienna University of Technology (TU Wien) and the Okinawa Institute of Science and Technology (OIST) teamed up to demonstrate the first example of self-induced superradiant masing generated without external drivers. Quantum particles teamed up to generate stable, precise microwave signals, opening the door to myriad applications. 

Superradiance is a phenomenon in quantum optics in which atoms or quantum dots collectively emit light in single, short pulses. The emission intensity is much stronger than the individual components due to constructive interference. 

Superradiance occurs when quantum particles interact with a common light field, and the light’s wavelength is greater than the separation between the emitters. Superradiance is associated with the loss of energy of quantum systems. 

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