Interference of electric and magnetic dipoles produces directional scattering into free-space and SPP channels for a Mie particle near a metal interface, directly linking force direction and magnitude to radiation directivity and enabling nearly 2π force control in cross-beam geometry for optical-sr
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physics.optics 2years
2026 2verdicts
UNVERDICTED 2roles
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Review of optical metasurfaces enabling large-scale neutral-atom trapping arrays for quantum information technologies.
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Directional Scattering-Induced Optical Forces on a Mie Particle near a Metal Interface
Interference of electric and magnetic dipoles produces directional scattering into free-space and SPP channels for a Mie particle near a metal interface, directly linking force direction and magnitude to radiation directivity and enabling nearly 2π force control in cross-beam geometry for optical-sr
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Metasurfaces for neutral-atom trapping
Review of optical metasurfaces enabling large-scale neutral-atom trapping arrays for quantum information technologies.