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Abstract
The development of small sized laser operating above room temperature is important in the realization of optical integrated circuits. Recently, micro-lasers consisting of photonic crystals (PhCs) and whispering gallery mode cavities have been demonstrated. Optically pumped laser devices could be easily designed using photonic crystal-slab waveguides (PhC-WGs) with an air-bridge type structure. In this study, we observe lasing at 1.3μm from two-photon pumped InAs-quantum-dots embedded GaAs PhC-WGs above room temperature. This type of compact laser shows promise as a new light source in ultra-compact photonics integrated circuits.
Highlights
Operation of an InAs quantum-dot embedded GaAs photonic crystal slab waveguide laser by using two-photon pumping for photonics integrated circuits
Micro-lasers consisting of photonic crystals (PhCs) and whispering gallery mode cavities have been demonstrated
We observe lasing at 1.3μm from two-photon pumped InAs-quantum-dots embedded GaAs photonic crystal-slab waveguides (PhC-WGs) above room temperature
Summary
Operation of an InAs quantum-dot embedded GaAs photonic crystal slab waveguide laser by using two-photon pumping for photonics integrated circuits. Pumped laser devices could be designed using photonic crystal-slab waveguides (PhC-WGs) with an air-bridge type structure.
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