Acta Optica Sinica, Volume. 43, Issue 22, 2226001(2023)
Inverse Electromagnetically Induced Transparency in Multimode Cavity Optomechanical Systems
Cavity optomechanical systems are the cross field of quantum optics and classical physics, which study the mixed interactions between light field and mechanical motion. As cavity optomechanical systems develop, scientists have discovered the phenomenon of inverse electromagnetically induced transparency (IEIT). We propose a new system that inserts two transmissive active mirrors into an optical cavity to form a structure of an optical cavity and two mechanical oscillators. A beam of pump light and a beam of probe light are emitted from the left side, while there is only one beam of probe light on the right side. Driven by the three beams of light, the system can still undergo the IEIT phenomenon, and the cavity field energy is equal to the energy sum of the two mechanical oscillators after adjusting the cavity field power and the parameter n (the ratio of two mechanical oscillators b1 and b2 to coupling coefficients). When a mechanical oscillator is added and driven by the same cavity field power, the coupling effect is better than that of a single oscillator, and the mechanical oscillator energy can also be controlled by adjusting the parameter n. Our study may have good application prospects in filtering, quantum information processing, quantum communication, and other fields.
Beginning with a new optomechanical system model, we investigate the composition of the system and provide definitions for each parameter. The obtained Hamiltonian is solved by Heisenberg equations of motion, factorization, and other methods, and the relationship between the cavity field and the output field is established. Finally, the relationship between cavity field energy and mechanical oscillator energy under different parameters is explored to conduct further analysis.
The results indicate that when
We propose a composite multimode cavity optomechanical system, which consists of a control field and two probe fields driven by an optical resonant cavity coupled with two mechanical oscillators. The parameters in this system are controlled, including the coupling strength between the mechanical oscillator and the cavity photon, and the ratio between the coupling strengths of the mechanical oscillators. Numerical results show that this cavity optomechanical system can realize the IEIT phenomenon and further discuss the energy residency problem. Additionally, the coupling effect of the system is significantly enhanced with the action of two mechanical oscillators. By adjusting the cavity field power and the coupling relationship between the mechanical oscillators and the cavity, the system will have potential applications in filtering, energy distribution regulation, quantum communication, and energy storage.
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Yunhe Liu, Huajun Chen. Inverse Electromagnetically Induced Transparency in Multimode Cavity Optomechanical Systems[J]. Acta Optica Sinica, 2023, 43(22): 2226001
Category: Physical Optics
Received: May. 17, 2023
Accepted: Jul. 12, 2023
Published Online: Nov. 8, 2023
The Author Email: Chen Huajun (chenphysics@126.com)