McCombe lab hits the web...

Welcome to Virtual McCombe-Lab at SUNY Buffalo! We are part of the Department of Physics, which belongs to the College of Arts and Sciences. We are also affiliated with CSEQuIN, the Center for Spin Effects and Quantum Information in Nanostructures.

We are currently funded in part by the following grants and funding agencies:

Spintronics and Spin-Photonics in Ferromagnetic InAs/GaSb-Based Heterostructures - ONR/DARPA

Circular Polarization Studies of InAs-based Quantum Structures for Spin Injection - APS 2004 presentation (pdf)

Novel Optical Investiagtions of Spin-Dependent Effects in Semiconductor Nanostructures - NSF

Optically detected resonance of single lateral fluctuation quantum dots - APS 2004 presentation (pdf)

Spin Electronics: Optical Studies of Spin Injection in Semiconductor/Semiconductor and Metal/Semiconductor Heterostructures - NSF

Spin Electronics: III-V/Mn Ferromagnetic Semiconductors for Device Applications - NSF

Magnetotransport properties of ferromagnetic GaAs/Mn digital alloys - APS 2004 presentation (pdf)

DURINT Nanoelectronics and Nanophotonics - AFOSR

Infrared spectroscopy of III-V and II-VI core-shell nanoparticles - APS 2004 presentation (pdf)

Integrative Graduate Eduacation and Research Training in Biophotonics - IGERT

ONR	DARPA	NSF	AFOSR

Links you may want to check out:

Our SpinS project collaborator Professor Hong Luo

PPT presentation on X^- physics (IE 4.0 or higher necessary): Negatively Charged Excitons and Many-electron Effects in GaAs Quantum Wells

Conference: 11th International Conference on Narrow Gap Semiconductors, Buffalo, NY
Conference: 11th International Conference on II-VI Components, Niagara Falls, NY
Symposium: Magnetic Excitations in Semiconductors - Bridges to the Next Decade, Buffalo, NY

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