Silicon-germanium in the hexagonal crystal polytype has recently emerged as a new direct bandgap semiconductor promises to become the essential brick that was missing in the silicon industry. Hex-SiGe promises to integrate opto-electronic capabilities into the silicon industry. Research is directed towards a hex-SiGe laser, an optical amplifier, a detector as well as to low-dimensional hex-SiGe semiconductors like quantum wells and dots.
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Our most recent peer reviewed publications
Efficient Single-Photon Sources Based on Chlorine-Doped ZnSe Nanopillars with Growth Controlled Emission EnergyACS Nano (2022)
Thermodynamics of a nanowire solar cell towards the radiative limit(2022)
Towards ultimate limit InP nanowire solar cells(2022)
Extremely low material consumption III/V solar cell(2022)
Thermodynamics of a nanowire solar cell(2022)