Symmetric 1D plasmonic crystals enable controllable circularly polarized light via cathodoluminescence interference, with efficiency modulated by electron-beam excitation position.
Circular Polarization-Resolved Ultraviolet Photonic Artificial Synapse Based on Chiral Perovskite
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Modulation of Spin Angular Momentum of Emission in Symmetric 1D Plasmonic Crystals by Cathodoluminescence
Symmetric 1D plasmonic crystals enable controllable circularly polarized light via cathodoluminescence interference, with efficiency modulated by electron-beam excitation position.