An acoustic dimer of two isotropic scatterers achieves unidirectional transverse scattering via monopole-dipole interference enabled by inter-particle coupling.
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An acoustic dimer of two subwavelength scatterers can achieve unidirectional transverse scattering (transverse Kerker effect) while maintaining strong overall scattering.
Invisibility for metasurfaces between dissimilar media requires pure bianisotropic coupling in a dipolar framework for lossless passive reciprocal systems, achievable via effective anisotropy.
citing papers explorer
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Unidirectional Transverse Scattering in Acoustic Dimers
An acoustic dimer of two isotropic scatterers achieves unidirectional transverse scattering via monopole-dipole interference enabled by inter-particle coupling.
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Generalized Invisibility in Metasurfaces
Invisibility for metasurfaces between dissimilar media requires pure bianisotropic coupling in a dipolar framework for lossless passive reciprocal systems, achievable via effective anisotropy.