Inducing and controlling ferroic polarization in a hybrid perovskite

URL
/APS-Science-Highlight/2026-03-04/inducing-and-controlling-ferroic-polarization-in-a-hybrid
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Researchers employed several experimental techniques to further enhance photovoltaic performance. The experimental measurements revealed that some of the excited polarization states lasted for nearly 16 hours at room temperature. These experimental results will lead to higher-performing LEDs, photodetectors, and other devices.

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A diagram broken up into three parts. The first part shows shapes denoting the schematic from the APS beamline. The second is a graph showing measurement data. The third is a series of shapes showing distortion in an atomic lattice.
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