Department of Physics
Quantum Optics and Metrology group
October 16, 2022
Guest Editor at Journal of Quantum Science and Technology.
Referee work (until 2022): Scientific Reports, Optical Engineering, Journal of Physics B, Optics Express, Physical Review A and Physical Review Letters (in collaboration).
Current research interests:
Figure 1:Generic optomechanical system
In Fig. 1 the cavity field, when reflected from the optomechanical mirror, transfers some of its momentum to the optomechanical mirror. This changes the length of cavity and consequently the optical response of the optomechanical cavity changes. γ and ζ are the decay rates of optomechanical mirror and optomechanical cavity, respectively.
Figure 2:Generic atom laser interaction system.
In Fig. 2 interaction of input laser with the two-level atom generates coherence in the atom which in turn emits electromagnetic field. γ is the decay rate.
Figure 3: Quantum lidar. The entanglement induced correlations are used to detect and range the low-reflective target.
Figure 4: Quantum node for network building. All optical node for storage and redistribution of quantum states.