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Plasmonic organic solar cells with an efficiency of 10.5% are achieved by simultaneous plasmon‐optical and plasmon‐electrical effects from gold nanostars, as presented by W. C. H. Choy and co‐workers on page 5200. Due to the excited plasmonic asymmetric modes, their optical effects induce a broadband absorption enhancement. Meanwhile, their electrical effects of offering better balanced carrier transport...
The plasmon‐optical effects have been utilized to optically enhance active layer absorption in organic solar cells (OSCs). The exploited plasmonic resonances of metal nanomaterials are typically from the fundamental dipole/high‐order modes with narrow spectral widths for regional OSC absorption improvement. The conventional broadband absorption enhancement (using plasmonic effects) needs linear‐superposition...
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