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This research article presents a breakthrough in perovskite plasmonic lasing, achieving a record-low threshold of 2.26 mW/cm2 for room-temperature, continuous-wave pumped operation. The innovation lies in the design of a surface plasmon polaritons (SPPs) nanocavity that minimizes losses while allowing for wavelength tunability and directional emissions. The findings highlight the potential of optimized plasmonic nanocavities in advancing low-threshold plasmonic lasers for various applications.

Author

PY Wang

Language

EN