A scheme for measuring microwave (MW) electric (E) fields is proposed based on
bichromatic electromagnetically induced transparency (EIT) in Rydberg atoms. A …

A scheme for optical nonreciprocity is proposed via dual-mode Raman process in thermal
atoms. We investigate a far-detuned nonlinear Raman process, with the assistance of the …

We propose a scheme for gain measurement of microwave (MW) antenna with heterodyne
bichromatic excitation in Rydberg atoms via electromagnetically induced transparency (EIT) …

An enhanced measurement of the microwave (MW) electric (E) field is proposed using an
optical grating in Rydberg atoms. Electromagnetically induced transparency (EIT) of …

Intracavity anomalous dispersion is investigated and proposed to enhance detection
sensitivity of weak microwave electric field with Rydberg atoms. When the Rydberg atoms …

An efficient scheme of phase measurement of a radio-frequency (RF) field is proposed by
interacting dark states. Under the condition of electromagnetically induced transparency …

The collective effects of intracavity Rydberg atoms are investigated and proposed to detect
microwave (MW) electric (E) fields with collective Rabi splitting (CRS). When a cavity field …

An efficient scheme for a microwave (MW) receiver is proposed based on the active Raman
gain (ARG) in Rydberg atoms. The^ 87Rb atoms are excited to the Rydberg state (53D_5/2) …

A scheme to enhance the optical delay in Rydberg atoms is proposed. In the linear case, the
optical delay in a four-level system can be significantly enhanced compared to that of the …

A double-band terahertz (THz) white light cavity (WLC) scheme is proposed based on the
enhanced nonlinear dispersion in a four-level Y-type graphene system. Double anomalous …