نتایج جستجو برای: nanoelectronic

تعداد نتایج: 778  

1999
Gerhard Klimeck Carlos Salazar-Lazaro Adrian Stoica Thomas A. Cwik

The quantum mechanical functionality of nanoelectronic devices such as resonant tunneling diodes (RTDs), quantum well infrared photodetectors (QWIPs), quantum well lasers, and heterostructure fieM effect transistors (HFETs) is enabled by material variations on an atomic scale. The design and optimization of such devices requires a fundamental understanding of electron transport in such dimensio...

Journal: :Science 2015
D Lee H Lu Y Gu S-Y Choi S-D Li S Ryu T R Paudel K Song E Mikheev S Lee S Stemmer D A Tenne S H Oh E Y Tsymbal X Wu L-Q Chen A Gruverman C B Eom

The enhancement of the functional properties of materials at reduced dimensions is crucial for continuous advancements in nanoelectronic applications. Here, we report that the scale reduction leads to the emergence of an important functional property, ferroelectricity, challenging the long-standing notion that ferroelectricity is inevitably suppressed at the scale of a few nanometers. A combina...

1997
KARL F. GOSER ANDREAS KANSTEIN

A tremendous number of devices, a limitation of wiring, and very low power dissipation density are design constraints of future nanoelectronic circuits composed of quantum-effect devices. Furthermore, functional integration, which is the possibility of exploiting quantum effects to obtain a function specific behavior, becomes a core design principle. This paper analyzes the effect of this techn...

2011
Konstantin K. Likharev

Hybrid CMOS/nanoelectronic circuits, combining CMOS chips with simple nanoelectronic crossbar add-ons, may extend the exponential Moore-Law progress of microelectronics beyond the 10-nm frontier. This paper reviews the development of neuromorphic networks (“CrossNets”) based on this prospective technology. In these networks, the neural cell bodies (“somas”) are implemented in the CMOS subsystem...

2015
Weiwei Zhou Yung Yu Wang Tae-Sun Lim Ted Pham Dheeraj Jain Peter J. Burke

Many processes in life are based on ion currents and membrane voltages controlled by a sophisticated and diverse family of membrane proteins (ion channels), which are comparable in size to the most advanced nanoelectronic components currently under development. Here we demonstrate an electrical assay of individual ion channel activity by measuring the dynamic opening and closing of the ion chan...

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