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Nanoelectronics
Research Lab |
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Undergraduate Courses
EE334K Theory of Engineering Materials This is an upper division elective
undergraduate course that introduces quantum mechanics, applications of
quantum mechanics to atoms and molecules, and to the physics of solid state
with an emphasis on semiconductor physics. Click here for the most recent
syllabus EE339 Solid-State Electronics Devices This is an upper division elective
undergraduate course that introduces quantum mechanics, applications of
quantum mechanics to atoms and molecules, and to the physics of solid state
with an emphasis on semiconductor physics. Click here for the most recent
syllabus Graduate Courses
EE396V-
Semiconductor Nanostructures This is a graduate level course that covers
several key nanoscale quantum confined devices, and the theoretical framework
to understand their electronic properties.
Examples include high mobility two-dimensional systems (e.g.
semiconductor heterostructures, graphene), semiconductor nanowires, quantum
dots, as well as applications of semiconductor nanostructure devices. |
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Last update 8/13/2012