Development of guiding principles for controlling fluctuations in nanoelectronic devices through the picosecond-scope physical analyses

Research Project Outline

In nanoelectronic devices, time and space are reduced to the point where fundamental events such as carrier scattering become statistical in nature. This research project is focused on understanding fluctuations in carrier transport in nanoelectronic devices, and thus developing guiding principles for reducing fluctuations in time and space under non-stationary and non-equilibrium conditions.

Research Director
KenjiOhmori
Affiliation
Associate Professor, Waseda University
Research Started
2009
Status
ongoing
Research Area
Research of Innovative Material and Process for Creation of Next-generation Electronics Devices
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