Generation of New Quantum Field Beam Via Position Dependent Transparency

In this article, we theoretically endorse a brand new version for producing new dependent quantum light through the use of position structured transparency in a three-level quantum system. Here, we discover that through quantum interference outcomes from a Laguerre-Gaussian (LG) and cycling coupling fields, new distinct position dependent lights may be obtained. Moreover, we recognize that because of the closed-loop configuration of the quantum system, the absorption of the quantum light depends at the azimuthal angle and orbital angular momentum (OAM) of LG light. In this case, through measuring the absorption spectrum of the quantum light it is easy to effortlessly become aware of the distinct areas of spatial transparency, respectively.