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For the first time, III-V opto-electronic components are coupled to silicon waveguide circuits using transfer-printing. Efficient III-V material usage is enabled in silicon photonics by providing III-V only where needed. We present transfer-printed single-spatial-mode LEDs coupling to silicon-on-insulator waveguides as first examples of this technology.
The surface anisotropy distribution in conventional amorphous wires (CAW) with positive (Fe-based), negative (Co-based), and nearly zero magnetostriction (Co-based with a small amount of Fe addition) is analyzed by ferromagnetic resonance (FMR) measurements. The anisotropy distribution changes with composition and applied torque. The experimental results are explained considering the coupling between...
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