Non-epitaxial perovskite polariton laser diode operating under direct current
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TL;DR - Researchers developed a non-epitaxial perovskite microdevice that achieves polariton lasing under constant direct-current operation at 8 K. The work advances electrically driven polariton lasers using solution-grown materials.
- Integrates a solution-grown perovskite microplate into an optical microcavity.
- Uses chemically inert single-walled carbon nanotubes as electrodes.
- Demonstrates direct-current polariton lasing at a cryogenic temperature of 8 K.
- Avoids reliance on epitaxial material growth.
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Non-epitaxial perovskite polariton laser diode operating under direct current
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TL;DR - Researchers developed a non-epitaxial perovskite microdevice that achieves polariton lasing under constant direct-current operation at 8 K. The work advances electrically driven polariton lasers using solution-grown materials.
- Integrates a solution-grown perovskite microplate into an optical microcavity.
- Uses chemically inert single-walled carbon nanotubes as electrodes.
- Demonstrates direct-current polariton lasing at a cryogenic temperature of 8 K.
- Avoids reliance on epitaxial material growth.