Symmetry-induced broadband transmission enhancement enables quantitative recovery of unknown scatterer characteristics across a barrier by optimizing programmable scatterers in a mirror-symmetric chaotic cavity setup.
del Hougne, Electromagnetic bounds on realizing tar- geted MIMO transfer functions in real-world systems with wave-domain programmability, arXiv:2602.14152 (2026)
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Necessary and sufficient conditions for controllability of generic reconfigurable EM devices are derived as a function of geometry and mutual coupling between elements.
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Symmetry-Empowered Through-Barrier Sensing in Complex Media
Symmetry-induced broadband transmission enhancement enables quantitative recovery of unknown scatterer characteristics across a barrier by optimizing programmable scatterers in a mirror-symmetric chaotic cavity setup.
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Fundamental Theorems on Controllability in Wave-domain Processing for Holographic MIMO
Necessary and sufficient conditions for controllability of generic reconfigurable EM devices are derived as a function of geometry and mutual coupling between elements.