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Research Keyword: optoelectronically triggered lasers

Faculty: Jain, Faquir
Department: Electrical & Computer Engineering
Excerpt: Miniaturized wireless biosensors, that can be subcutaneously inserted using a syringe, are being developed to continuously monitor glucose and other analyte levels to manage diabetes. Quantum dot superlattice (QDSL) structures for electronics (novel 2-bit FETs, SRAM and flash memories) and high efficiency solar cells.
Categories | Keywords: acoustic optic and electro optic modulator structures, blue green semi- conductor lasers, Electrical and Computer Engineering, microelectronic/optoelectronic devices and ICs, modeling of MOS gate SiGe MODFETS, multiple quantum well light valves/modulators and SLMs, optoelectronically triggered lasers, transport in quantum wires and dots