Electron and phonon transport in nonequilibrium many-body quantum systems with dynamic forces and components

Carbon nanotube transistor and Graphene transistor with peak performance of about 26 GHz

Carbon nanotube transistor and Graphene transistor with peak performance of about 26 GHz

by Eduardo C. Cuansing Jr.

Research Seminar, June 6, 2013, Faura 318, Department of Physics, Ateneo de Manila University

Outline:

1) Trends in the miniaturization of electronic devices a) nano-science and nano-technology b) molecular electronics c) quantum effects become significant 2) Electron transport in nano-devices a) the electron switch and modulator a) phonons as carriers of energy and heat b) the quantum phonon switch and the quantum heat pump 4) Theoretical modeling and calculational tools a) Nonequilibrium Green’s functions (NEGF) b) Calculating transport properties of many-body quantum systems 5) Direction and future prospects a) Electron-phonon interaction b) Electron-electron (Coulomb) interaction b) the quantum transistor 3) Heat in nano-devices.

Link to the pdf:  Electron and phonon transport in nonequilibrium many-body quantum systems with dynamic forces and components

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