Science and technology at the nanoscale size offer today fundamental challenges in thefield of device modeling. In this paper we document the growing interest of academies,institutions, and industries and the present impact on the market, and discuss differentdesign strategies that have been proposed and/or implemented, aimed at the practicalrealization of innovative nanodevices. Few main examples of ideas and devices, namelyion-channel nano-biosensors, biomimetic sensors, molecular devices, solid-state componentsfor quantum computation, nanotube electronics, and non-volatile nanomemories,are also revised.
Upcoming physics challenges for device modeling / Brunetti, Rossella; E., Piccinini. - STAMPA. - 12:(2007), pp. 169-176. (Intervento presentato al convegno XII International Confrence on Simulation of Semiconductor Processes and Devices tenutosi a Wien nel sept 25-27, 2007) [10.1007/978-3-211-72861-1_41].
Upcoming physics challenges for device modeling
BRUNETTI, Rossella;
2007
Abstract
Science and technology at the nanoscale size offer today fundamental challenges in thefield of device modeling. In this paper we document the growing interest of academies,institutions, and industries and the present impact on the market, and discuss differentdesign strategies that have been proposed and/or implemented, aimed at the practicalrealization of innovative nanodevices. Few main examples of ideas and devices, namelyion-channel nano-biosensors, biomimetic sensors, molecular devices, solid-state componentsfor quantum computation, nanotube electronics, and non-volatile nanomemories,are also revised.
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