Integrated NanoMaterials Lab
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ATTENTION: Access to the INML is limited to until further notice in response to the COVID-19 pandemic. ONLY research activity approved by the UCLA Vice Chancellor for Research is allowed. Please contact Baolai Liang for further information.
The Integrated NanoMaterials laboratory (INML) is a state of art nano-materials synthesis and characterization facility. We address critical technological needs of the future through nano-material development and to integrate nanoscience with disciplines such as electronics, photonics, renewable energy, chemistry, biology, physics, and medicine.
The INML provides epitaxial services for a wide array of research clients, from Academic groups both here at UCLA and around the world, to National Laboratories and our many partners in Industry. The extensive technological advances made by the INML particularly in the areas of integrated III-Sb/CMOS optoelectronics, IR photonics and electronics form the basis of a large number of our on-going partnerships. We are always interested in generating new collaborations please do not hesitate to contact us if you would like to discuss and develop any ideas for future research projects.
Featuring two, interconnected GEN 930 molecular beam epitaxy (MBE) systems, the INML is equipped with the material synthesis, growth monitoring and characterization tools necessary to fabricate a wide range of devices for advanced applications. We grow III-V and III-N compound semiconductor materials in ultra high vacuum (~10 -10 Torr) with emphasis on purity, control and atomic-layer precision. Our strengths in nanomaterial synthesis include growth of nanowires, nanopillars, quantum dots, and semiconductor films the thickness of a single atom. Nanomaterials grown in the INML are used in solar cells, lasers, thermo-photovoltaics, detectors and a wide range of other electronic and photonic devices.
The Integrated NanoMaterials laboratory (INML) is a state of art nano-materials synthesis and characterization facility. We address critical technological needs of the future through nano-material development and to integrate nanoscience with disciplines such as electronics, photonics, renewable energy, chemistry, biology, physics, and medicine.
The INML provides epitaxial services for a wide array of research clients, from Academic groups both here at UCLA and around the world, to National Laboratories and our many partners in Industry. The extensive technological advances made by the INML particularly in the areas of integrated III-Sb/CMOS optoelectronics, IR photonics and electronics form the basis of a large number of our on-going partnerships. We are always interested in generating new collaborations please do not hesitate to contact us if you would like to discuss and develop any ideas for future research projects.
Featuring two, interconnected GEN 930 molecular beam epitaxy (MBE) systems, the INML is equipped with the material synthesis, growth monitoring and characterization tools necessary to fabricate a wide range of devices for advanced applications. We grow III-V and III-N compound semiconductor materials in ultra high vacuum (~10 -10 Torr) with emphasis on purity, control and atomic-layer precision. Our strengths in nanomaterial synthesis include growth of nanowires, nanopillars, quantum dots, and semiconductor films the thickness of a single atom. Nanomaterials grown in the INML are used in solar cells, lasers, thermo-photovoltaics, detectors and a wide range of other electronic and photonic devices.
Baolai Liang, Technical Director
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