Cryogenic dual-layer graphene phase modulators on SiN waveguides achieve insertion losses below 0.3 dB, modulation lengths under 50 μm, and GHz bandwidths via geometry and material optimization.
Optical constants and structural properties of thin gold films
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Numerical FEM design of two Me-NTA metasurface emitters producing single narrowband MIR emission at 4.5 μm (32.3% CE) and dual SIR/FIR emission at 2.5/10 μm (93%/85% peak) with reported powers and efficiencies.
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Cryogenic Graphene-Based Phase Modulators for Quantum Information Processing
Cryogenic dual-layer graphene phase modulators on SiN waveguides achieve insertion losses below 0.3 dB, modulation lengths under 50 μm, and GHz bandwidths via geometry and material optimization.
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Design of an efficient Tunable Dual narrow-band MEMS Mid and Far IR emitter with Me-NTA for Industrial and Biomedical applications
Numerical FEM design of two Me-NTA metasurface emitters producing single narrowband MIR emission at 4.5 μm (32.3% CE) and dual SIR/FIR emission at 2.5/10 μm (93%/85% peak) with reported powers and efficiencies.