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makuna

木虫 (正式写手)

应助: 4 (幼儿园)
金币: 1550.2
散金: 50
红花: 8
帖子: 377
在线: 190.8小时
虫号: 302541
注册: 2006-12-02
性别: GG
专业: 应用高分子化学与物理

[交流] Prof. G. Cuniberti's oppurtunity in german 已有2人参与

The scientific activities of the Chair of Materials Science and
Nanotechnology (Prof. G. Cuniberti), Institute of Materials
Science, are focused on developing non conventional strategies
for novel materials and devices with intrinsic nanoscale
complexity.

At the Chair of Materials of Science and Nanotechnology are open
to work on the theory of the electronic and electrical transport
properties of functionalized nanoparticle networks and in the
field of molecular cellular automata the following positions are
available from 01.10.2012

   2 Members of academic staff / Postdoctoral Fellows
                           and
                     1 PhD student

The PhD student will be for 36 months, the Postdoctoral
positions for 15 months and 36 months, respectively. The period
of employment is governed by the Fixed Term Research Contracts
Act (Wissenschaftszeitvertragsgesetz - WissZeitVG) respectively.
Payment is according to the nationally agreed scale TV-L. All
positions are embedded in the joint simulation and experimental
European Projects "Synaptic Molecular Networks for Bio-inspired
Information Processing" (SYMONE) and Molecular Architectures for
QCA-inspired Boolean Networks (MOLARNET).
Tasks: The general aim is to explore the use of self-assembled
networks of nanoscale non-linear components (SYMONE) and of
molecular based quantum cellular automata (MOLARNET) for
unconventional information processing. The unconventional
aspects of information processing involve the flow of
information via nearest neighbor interactions through locally
connected networks of non-linear molecular scale elements:
switches, memristors, etc. More specifically, the work will
address the electronic properties and electrical response
properties of two-dimensional nanoparticle networks, the
computer-based optimization of the molecular linkers, and the
optimization of individual cells in quantum cellular automata.
The successful candidates will be working in close collaboration
with experimental and theoretical partners in Sweden, France,
Switzerland, Italy, and Israel and are also expected to build
intense collaborations within our chair. A close collaboration
with the Exzellenzcluster "Center for Advancing Electronics
Dresden" is desirable.
Requirements: The candidates with excellent university degree
(and doctorate for Post-Docs), at best in physics, chemistry or
materials science background, are expected to have expertise on
density functional methods and Green function techniques for
quantum transport calculations. A working knowledge of classical
molecular dynamics simulations and experience in code
development will be very strong pluses. We target at top-notch
dedicated and proactive young scientists with excellent
communication and writing skills in English who plan to make
their mark in science.
Please visit http://nano.tu-dresden.de/ for more information on
our activities.
Applications from women are particularly welcome. The same
applies to disabled people.
Applicants should send their application documents, including a
letter of motivation, Curriculum Vitae with the complete
publication record in the form of a ResearcherID link, and two
reference letters until 30 August 2012 (stamped arrival date of
the university central mail service applies) to TU Dresden,
Fakultaet Maschinenwesen, Institut fuer Werkstoffwissenschaft,
Professur fuer Materialwissenschaft und Nanotechnik, Herrn Prof.
Dr. Gianaurelio Cuniberti, 01062 Dresden, Germany or as a single
pdf file to jobs@nano.tu-dresden.de, Subject: "Application
Symone, Molarnet, your_Surname"  (Please note: We are currently
not able to receive electronically signed and encrypted data).

The quality of life in the Dresden region is unequalled in
                        Europe.
            Please find more information at:
http://home.meinestadt.de/dresden/attraktivitaets-ranking

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