CORDIS Project
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This project focuses on developing theoretical tools for modeling nonlinear quantum optomechanical systems, which combine light and mechanical elements. The research aims to enhance applications in quantum sensing, gravity detection, and fundamental physics, bridging the gap between theory and experimental practices.
Quantum optomechanical systems (QOMSs) are comprised of light that interacts with a small mechanical element.
Their relatively high mass compared with other quantum systems and excellent sensitivity to small displacements makes them an ideal candidate for quantum sensing and tests of fundamental physics.
Yet, due to the lack of analytical solutions for their nonlinear evolution, which is challenging to treat both analytically and numerically, many aspects of nonlinear QOMSs remain unexplored. T…
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