SZ
Songrui Zhao
Principal Investigator
McGill University
I'm working on
8 months ago
Semiconductor nanomaterials, Epitaxy, UV optoelectronics
About
Focus on wide‑bandgap semiconductor nanomaterials: epitaxial growth and heterostructure design, tunable electrical doping, and device integration on silicon. Targets include deep‑UV light sources and detectors, multifunctional optoelectronics, photoelectrochemical energy conversion, and biosensing.
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McGill University
Low cost epitaxy of iii-nitrides on silicon
Innovative technique for synthesizing high-quality III-nitrides on silicon, addressing lattice mismatch issues with a simpler method than conventional approaches. Achieved TRL 9, ready for large-scale wafer production.
TechnologyIn marketUniversity
McGill University
Si CMOS compatible SWIR photodetectors using indium nitride nanostructures
Innovative SWIR photodetectors using Indium Nitride nanowires for Si CMOS compatibility, offering wide optical bandgap tuning and advanced photodetection from 900 to 1700 nm.
TechnologyIn developmentUniversity
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