Status and perspectives of nanoscale device modelling

M. Macucci; G. Lannaccone; J. Greer; J. Martorell; D.W.L. Sprung; A. Schenk; I. Yakimenko; K.F. Berggren; Kurt Stokbro; N. Gippius

Status and perspectives of nanoscale device modelling

M. Macucci
, G. Lannaccone
, J. Greer
, J. Martorell
, D.W.L. Sprung
, A. Schenk
, I. Yakimenko
, K.F. Berggren
, Kurt Stokbro
, N. Gippius

Research output: Chapter in Book/Report/Conference proceeding › Article in proceedings › Research › peer-review

Abstract

During the meetings of the theory and modelling working group, within the MEL-ARI (Microelectronics Advanced Research Initiative) and NID-FET (Nanotechnology information Devices-Future and Emerging Technologies) initiatives of the European Commission, we have been discussing the current status and the future perspectives of nanoscale device modelling. The outcome of such a discussion is summarized in the present paper, outlining the major challenges for the future, such as the integration of nonequilibrium phenomena and of molecular scale properties. We believe that modelling has a growing importance in the development of nanoelectronic devices and must therefore make a move from physics to engineering, providing valid design tools, with quantitative predictive capabilities.

Original language	English
Title of host publication	Proceedings of Nanotechnology 12
Publication date	2001
Pages	136-142
Publication status	Published - 2001

OpenUrl availability

Check availability in DTU Findit

Cite this

@inproceedings{52824004b0eb424d86c7059594514efb,

title = "Status and perspectives of nanoscale device modelling",

abstract = "During the meetings of the theory and modelling working group, within the MEL-ARI (Microelectronics Advanced Research Initiative) and NID-FET (Nanotechnology information Devices-Future and Emerging Technologies) initiatives of the European Commission, we have been discussing the current status and the future perspectives of nanoscale device modelling. The outcome of such a discussion is summarized in the present paper, outlining the major challenges for the future, such as the integration of nonequilibrium phenomena and of molecular scale properties. We believe that modelling has a growing importance in the development of nanoelectronic devices and must therefore make a move from physics to engineering, providing valid design tools, with quantitative predictive capabilities.",

author = "M. Macucci and G. Lannaccone and J. Greer and J. Martorell and D.W.L. Sprung and A. Schenk and I. Yakimenko and K.F. Berggren and Kurt Stokbro and N. Gippius",

year = "2001",

language = "English",

pages = "136--142",

booktitle = "Proceedings of Nanotechnology 12",

}

TY - GEN

T1 - Status and perspectives of nanoscale device modelling

AU - Macucci, M.

AU - Lannaccone, G.

AU - Greer, J.

AU - Martorell, J.

AU - Sprung, D.W.L.

AU - Schenk, A.

AU - Yakimenko, I.

AU - Berggren, K.F.

AU - Stokbro, Kurt

AU - Gippius, N.

PY - 2001

Y1 - 2001

N2 - During the meetings of the theory and modelling working group, within the MEL-ARI (Microelectronics Advanced Research Initiative) and NID-FET (Nanotechnology information Devices-Future and Emerging Technologies) initiatives of the European Commission, we have been discussing the current status and the future perspectives of nanoscale device modelling. The outcome of such a discussion is summarized in the present paper, outlining the major challenges for the future, such as the integration of nonequilibrium phenomena and of molecular scale properties. We believe that modelling has a growing importance in the development of nanoelectronic devices and must therefore make a move from physics to engineering, providing valid design tools, with quantitative predictive capabilities.

AB - During the meetings of the theory and modelling working group, within the MEL-ARI (Microelectronics Advanced Research Initiative) and NID-FET (Nanotechnology information Devices-Future and Emerging Technologies) initiatives of the European Commission, we have been discussing the current status and the future perspectives of nanoscale device modelling. The outcome of such a discussion is summarized in the present paper, outlining the major challenges for the future, such as the integration of nonequilibrium phenomena and of molecular scale properties. We believe that modelling has a growing importance in the development of nanoelectronic devices and must therefore make a move from physics to engineering, providing valid design tools, with quantitative predictive capabilities.

M3 - Article in proceedings

SP - 136

EP - 142

BT - Proceedings of Nanotechnology 12

ER -