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ソフトマターＭＬからの転送です．重複ご容赦
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ubject: [Soft Matter Info:368] マックスプランク研究所博士課程公募
ML御参加の皆様
マックスプランク研究所(ゲッティンゲン)の岩下と申します。
下記の公募を御案内させて頂きます。
お忙しいところ恐縮ですが、興味のありそうな方々に御連絡い
ただければ幸いです。
よろしくお願い致します。
-------------------------
The Max Planck Institute for Dynamics and
Self-Organization (
ドイツ、 ゲッティンゲン)ではソフトマター物理の実験に携わ
る博士課程の学生数名を公募致します。
ヨーロッパのみならず日本を含む世界中からの応募を歓迎致し
ます。
詳しくは下記英文あるいは公募のページ
http://www-dcf.ds.mpg.de/build.php/Titel/Open-positions_english.html?sub=1&v
er=en
を御参照下さい。
応募、問い合わせ先は
Christian.Bahr(at mark)ds.mpg.de
Stephan.Herminghaus(at mark)ds.mp.de
へお願いします。
-------------------------------------
PhD Studentships in Experimental Soft Matter Physics
(Positions to be filled in the period November 2008
– February 2009)
The Max Planck Institute for Dynamics and
Self-Organization (located in Goettingen, Germany) offers
several PhD student positions within the Marie Curie
Initial Training Network on Hierarchical Assembly in
Controllable Matrices (Hierarchy).
The mission of Hierarchy is to train and educate young
scientists in the rapidly growing field of nanosciences,
in particular hierarchichal self-assembly.
The interdisciplinary research training is centralized
around the novel concept of hierarchical assembly in
controllable matrices.
This concept exploits liquid crystalline media as
controllable matrices for programmed self-organization,
which goes far beyond the possibilities of currently
employed techniques.
A liquid crystal matrix in combination with a variety of
simultaneously or sequentially applied external stimuli
will yield a unique toolbox to build functional
macroscopic structures with nanometer control.
Hierarchy is set up by leading European laboratories in
soft condensed matter and solid state matter, including
Radboud University Nijmegen, Jozef Stefan Institute
Ljubljana, RWTH Aachen, TU Eindhoven, University of
Ljubljana, MPI for Dynamics and Self-Organization
Goettingen, Philips Eindhoven, Balder Ljubljana, Plant
Research International Wageningen, and Merck UK
Southampton.
Examples for PhD projects in our institute could be:
• Influence of surface wetting in hierarchical
self-organization of colloidal and nanoparticles in liquid
crystal hosts;
• Study of colloidal flow in a liquid crystal medium
in microchannels and influence of external stimuli;
• Study of defect structures in smectic films as
matrices for self-organizing systems.
Applicants should have a Masters (or equivalent) degree in
physics or physical chemistry.
Applications from all countries of the European Union
(except Germany) and from all other countries are welcome
and should be sent to
Christian@@***.***
or
Stephan@@***.***.
More information can be found in our homepage
(http://www-dcf.ds.mpg.de).
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