Theoretical proposal investigates Casimir boundary conditions affecting squeezing dynamics, suggesting implications for experimental setups.
Theoretical proposal investigating whether Casimir boundary conditions can modify squeezing dynamics through perturbations of the electromagnetic density of states (DOS). The work introduces the Fractal Casimir Optical Cavity (FCOC), presents a perturbative toy model, sensitivity analysis, and a proposed superconducting cQED analogue for experimental verification. Main preprint: short referee-friendly version. Supplementary files include the extended theoretical version, simulation framework, and repository overview.
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Massimiliano Falleri (2026) studied this question.
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