Demonstrates controlled electric fields in nanostructures, suggesting potential in batteryless circuits and advanced photocatalysis.
. Crucially, the field's direction is deterministically controlled by the incident light's helicity. These findings provide a physical blueprint for "batteryless" nanocircuits, opening new avenues for spatially resolved photocatalysis and ultrafast optoelectronic modulation.
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Yang et al. (2026) studied this question.
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