<b>Keywords:</b> Semiconductor Epitaxy<br>·MBE, MOCVD and related epitaxial technologies; metamorphic and heteroepitaxial growth; structural, optical, and electrical characterizations for surfaces, interfaces, low–dimensional and bulk materials<br>Photonic Structure and Device<br>·Theory, fabrication, and characterization of photonics crystals and microcavity structures<br>Electronic Materials and Devices<br>·Electronic properties of compound semiconductors and devices such as Si based compounds, nitrides, arsenides, phosphides, antimonides, tellurides, RTD, transistors, RF photonics, and high–temperature high–power devices<br>Nano Structures and Devices<br>·Quantum dots and nanowire growth; QD/nanowire lasers and LEDs, sensors, and transistors<br>Optoelectronics devices<br>·Lasers, LEDs, photodetectors, modulators, SOAs and OEIC<br>Materials and devices for direct energy conversion<br>·Solar cells, TPV, optical refrigeration, direct electricity generation, and novel TE materials<br>Spintronics<br>·Magnetic semiconductor materials and devices, spin effects<br>
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Vancouver
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Canada
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