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Physics Letters A

Electromagnetically induced transparency for a mechanical probe in a hybrid quantum circuit

M. C. de Oliveira, Daniel Z. Rossatto, O. P. de Sá Neto

Published Jul 2, 2025• 2 citations
Publisher
DOI
10.1016/j.physleta.2025.130786

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A three-level Transmon device, which mediates the capacitive coupling between a resonant transmission line and a nanoelectromechanical system, can be conceptually redefined as a Hamiltonian of a staircase configuration. From this, we solve the steady state of the Transmon level transition operators via the master equation with cascade decays, after which we conduct a detailed analysis of the resulting scattering and absorption spectra. By establishing specific relationships between the relevant coupling and decay constants, we noted the presence of a remarkable transparency window in the spectrum, attributed to the influence of mechanical proof. This distinctive structure is identified as Electromagnetically Induced Transparency, highlighting a peculiar interaction between the devices in the hybrid circuit.
A three-level Transmon device, which mediates the capacitive coupling between a resonant transmission line and a nanoelectromechanical system, can be conceptually redefined as a Hamiltonian of a staircase configuration. From this, we solve the steady state of the Transmon level transition operators via the master equation with cascade decays, after which we conduct a detailed analysis of the resulting scattering and absorption spectra. By establishing specific relationships between the relevant coupling and decay constants, we noted the presence of a remarkable transparency window in the spectrum, attributed to the influence of mechanical proof. This distinctive structure is identified as Electromagnetically Induced Transparency, highlighting a peculiar interaction between the devices in the hybrid circuit.
A three-level Transmon device, which mediates the capacitive coupling between a resonant transmission line and a nanoelectromechanical system, can be conceptually redefined as a Hamiltonian of a staircase configuration. From this, we solve the steady state of the Transmon level transition operators via the master equation with cascade decays, after which we conduct a detailed analysis of the resulting scattering and absorption spectra. By establishing specific relationships between the relevant coupling and decay constants, we noted the presence of a remarkable transparency window in the spectrum, attributed to the influence of mechanical proof. This distinctive structure is identified as Electromagnetically Induced Transparency, highlighting a peculiar interaction between the devices in the hybrid circuit.