Austrian-Chinese Workshop on

Dissipative Systems:
Kinetic Theory and Semiconductor Applications

from November 03 - 05, 2010
at Vienna University of Technology, Austria
co-financed by the Eurasia-Pacific UniNet and Vienna University of Technology

This workshop will bring together an interdisciplinary and international group of mathematicians, physicists, and engineers working on problems related to the theoretical description of open quantum systems and dissipative kinetic models, in general, and specific applications, such as electronic devices.

One main objective of this workshop is to identify emerging nanoscale structures for the post-CMOS era, to develop careful designs of microscopic and macroscopic transport properties, and to suggest fast, reliable, and accurate multiscale simulation techniques. On the level of mathematical analysis an additional aspect shall be the large time behavior of (degenerate) dissipative systems.

Vienna University of Technology EPU Logo


Anton Arnold, Vienna University of Technology
Ansgar Jüngel, Vienna University of Technology
Walter Pötz, Graz University
Daniel Matthes, Vienna University of Technology
Tong Yang, City University Hong Kong
Pingwen Zhang, Peking University


Prechtlsaal, staircase 1, ground floor, Karlsplatz 13, 1040 Wien

Invited Speakers:

Li Chen (Tsinghua Univ., Peking)
Gang Du (Peking Univ.)
Renjun Duan (RICAM Linz)
Ulrich Hohenester (Univ. Graz)
Quansen Jiu (Capital Normal Univ., Peking)
Qiangchang Ju (IAPCM, Peking)
Othmar Koch (Univ. Wien)
Hans Kosina (TU Wien)
Tiao Lu (Peking Univ.)
Xiaoyan Liu (Peking Univ.)
Omar Morandi (TU Graz)
Christian Schmeiser (Univ. Wien)
Markus Wenin (Univ. Graz)
Chunxiong Zheng (Tsinghua Univ., Peking)




Rilkeplatz 7, 1040 Wien
phone:+43 1 586 618 30
fax:+43 1 586 618 310

Bendlgasse 10-12, 1120 Wien
phone: +43 1 813 54 87
fax: +43 1 812 21 30


Prof. Dr. Anton Arnold
Institute for Analysis and Scientific Computing E 101
Vienna University of Technology
Wiedner Haupstraße 8-10
1040 Wien

Fon: +43 1 58801 10171
Fax: +43 1 58801 10198
Office: DA 06 L22