Dear all,

FYI.

 

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Iwan H. Sahputra

----- Forwarded Message -----

Subject: PhD in first-principles study of topologically non-trivial spin textures

Category: Job

From: Stefan Heinze

Date: 18-Feb-2015 15:04

Message:

The spintronics theory group at the Institute of Theoretical Physics and Astrophysics at the University of Kiel (http://www.itap.uni-kiel.de/theo-physik/heinze/) is opening a PhD position in the field of first-principles theory of magnetic skyrmions at interfaces and surfaces. Skyrmions are localized, stable magnetic structures which have been observed in chiral crystals and are promising for future spintronic applications. Recently, skyrmions have also been discovered in ultra-thin transition-metal films at surfaces which opened an entirely new class of systems.

The PhD candidate will focus on the exploration of complex magnetic structures at surfaces and interfaces starting from first principles electronic structure theory. She/he is expected to perform first-principles calculations using density functional theory as implemented in the FLEUR code (www.flapw.de) to explore magnetic interactions at transition-metal interfaces. The total energy calculations are mapped to an effective spin Hamiltonian which is solved using Monte-Carlo and spin dynamics simulations.

The spintronics theory group is working in close collaboration with a number of experimental groups at the universities of Hamburg, Paris and Glasgow. The candidate is expected to take an active part in the collaboration with the experimental groups in order to contribute to the understanding of present and future experiments.

In order to apply for the position, the candidate should have an outstanding master degree (or equivalent) in condensed matter physics, material science or physics. A very good knowledge of solid state physics is expected and experience in the application of electronic structure theory, Monte-Carlo or spin dynamics simulations is preferential. Programming skills are expected. As the project involves international teams, a very good level of English is expected. Women are especially encouraged to apply. Severely handicapped people will be preferentially considered in case of equivalent qualifications. The position is for 3 years and the salary and benefits will be provided with respect to TVL.

Interested candidates are asked to send their resume, list of publications, letter of motivation, and contact addresses of academic references in electronic form (under the subject: PhD-2015/1) or by regular mail to

Prof. Dr. Stefan Heinze,

Institute of Theoretical Physics and Astrophysics

Christian-Albrechts-Universität zu Kiel

Leibnizstr. 15

24098 Kiel, Germany

heinze@physik.uni-kiel.de

http://www.theo-physik.uni-kiel.de/~heinze

Consideration of candidates will start immediately and continue until the position is filled.

PhD studentship proposal


In the University de Lyon Saint-Etienne (France), the University Jean Monnet is searching for


========
3 full-time PhD students 
in the domain of Semantic Web, Linked data, Internet Science
========


These positions are offered in the frame of the EU-funded Marie Sklodowska-Curie International Training Network WDAqua (Answering Questions using Web Data).
http://www.iai.uni-bonn.de/~langec/wdaqua/


Topics of the PhDs will cover the domains of provenance, trust, link discovery, data dynamicity and evolution, temporal information, named entity recognition, disambiguation, and reasoning.


== Essential Facts ==
The 3 PhD students will spend 3 years working in the WDAqua ITN (a total of 15 PhD students registered in the Universities of Bonn, Athens, Saint-Étienne, and Southampton). They will participate in an outstanding web science and data science training programme, and will have the chance to visit other partners. 
The gross monthly salary (including social security, before taxes) is about 3,110 ? plus a mobility allowance of 600 ?/month and, if applicable, a family allowance of 500 ?/month.


== Timeline ==
27 February 2015: application deadline
March 2015: first job offers made to successful applicants
July 2015-June 2018: duration of a PhD in WDAqua



== Eligibility and application procedure ==
Candidates must not have resided for more than 12 months in France in the 3 years before starting. They must hold an MSc degree in computer science or a related field and be able to combine both theoretical and practical aspects in their work. Fluent English communication and a passion for developing modern software solutions are fundamental requirements. Command of French or German is a plus but not required. The candidates should have experience and commitment to work in team and on the forefront of research.


You will need to submit a CV, university transcripts, a motivation letter including a short research plan targeted some topics of the above list, two letters of recommendation, and English writing samples (e.g., prior publication or master thesis excerpt).


The University of Saint Etienne is an equal opportunities employer. Preference will be given to suitably qualified women or persons with disabilities, all other considerations being equal.


== Contact ==
Pierre Maret and Antoine Zimmerman (Laboratoire Hubert Curien, Saint Etienne)
pierre.maret@univ-st-etienne.fr, zimmermann@emse.fr

PHD POSITION IN COMPUTATIONAL MODELS OF LANGUAGE AND VISION 


One PhD position/studentship to study computational models of language
and vision is available in the Language, Interaction and Computation
track of the 3-year PhD program offered by the Center for Mind/Brain
Sciences at the University of Trento (Italy) (www.unitn.it/en/cimec).


The PhD program (start date: November 2015) is taught in English by an
international faculty. The Language, Interaction & Computation track
is organized by the CIMeC-CLIC laboratory, an interdisciplinary group
of researchers studying language and conceptualization using both
computational and cognitive methods (clic.cimec.unitn.it).


The topic of the PhD thesis will be defined with the student selected
as PhD candidate. Possible research directions include:
Compositionality in images; Methaphors in images; Searching for images
through natural language queries; Language, vision and reasoning. The
selected student will work closely with the research team of
the ERC project COMPOSES (http://clic.cimec.unitn.it/composes/).


* Desired Profile *


Given the interdisciplinary nature of the project, we seek a brilliant
student with at least some of the following background:


- Machine learning
- Computer Vision
- Natural Language Processing
- Good programming skills
- Ability to work with big data
- Mathematical and statistical skills.


If you think that your background is relevant to the research program
outlined on the project website (clic.cimec.unitn.it/lavi) and you
have good programming and quantitative skills, please do get in touch
even if you do not fully fit the profile above.


All prospective students are expected to have an interest in working
in an interdisciplinary environment.




* The Research Environment *


The CLIC lab (clic.cimec.unitn.it) is a unit of the University of
Trento's Center for Mind/Brain Sciences (CIMeC,
www.unitn.it/en/cimec), an English-speaking, interdisciplinary center
for research on brain and cognition whose staff includes
neuroscientists, psychologists, (computational) linguists, computer
scientists and physicists.


CLIC consists of researchers from the Departments of Computer Science
(DISI) and Psychology and Cognitive Science (DiPSCo) carrying out
research on a range of topics including concept acquisition,
corpus-based computational semantics, combining NLP and computer
vision, combining brain and corpus data to study cognition, formal
semantics and theoretical linguistics.


CLIC is part of the larger network of research labs focusing on
Natural Language Processing and related domains in the Trento region,
that is quickly becoming one of the areas with the highest
concentration of researchers in NLP and related fields anywhere in
Europe.


The CLIC/CIMeC laboratories are located in beautiful Rovereto, a
lively town in the middle of the Alps, famous for its contemporary art
museum, the quality of its wine, and the range of outdoors sport and
relax opportunities it offers:


http://en.wikipedia.org/wiki/Rovereto




* Application Information *


The official call of the Doctoral School in Cognitive and Brain
Sciences will be announced shortly, and application details will be
available on the page:


http://www.unitn.it/en/drcimec/10140/admission-doctoral-school-cognitive-and-brain-sciences


We strongly encourage a preliminary expression of interest in the
project. Please contact Raffaella Bernardi (bernardi@disi.unitn.it),
attaching a CV in pdf or txt format, or a link to an online CV. For
information about the application process, please contact the school
administrator (phd.cimec@unitn.it).

Call for PhD students - 5G anticipatory networks


We look for brilliant PhD students, we offer an exiting research program and a very competitive salary.


Deadline: March 15


The rapid growth in mobile broadband network data lead to the unprecedented speed of 4G LTE deployment. The evolution calls for sustainable capacity growth and performance improvement in the next generation of wireless systems, namely 5G. The success of 5G heavily relies on delivering satisfactory user experience at a low operational cost. In this context, research and development (R&D) is required not only for technological innovation at the device level, but also management system design for the flexibility necessary to predict and adapt to network usage. To this end, anticipation is a promising and new approach. By predicting and adapting to upcoming events at various time scales, an anticipatory-enabled 5G network dramatically improves the operation quality and efficiency in comparison to the existing systems. Deploying anticipatory networking with effective prediction of network behaviour offers a twin advantage: First, resources ranging from spectrum and power to netwo!
 rk interfaces buffers can be managed optimally. Second, network operators can jointly plan how to share infrastructure and resources to provide service with substantially reduced expenditure.


The ACT5G project takes an inter-sector approach for anticipatory networking for 5G. The project fuses and integrates the scientific expertise of the participating academic sites with the industrial know-how of the consortium. The R&D core of ACT5G consists of models, methods, concepts, and algorithms for network anticipation and network reaction. The R&D tasks are carried out along with researcher training.


The PhD training programme of ACT5G is designed the maximize the partners' synergy, to promote career opportunities of the ACT5G Early-Stage Researchers in the European ICT arena, and thus generate new expertise and human capital for the European Research Area.


The ACT5G Consortium is starting the recruiting process for four PhD students as “Early-Stage Researchers” (ESRs) at Linköping University (LiU - Sweden) and Politecnico di Milano (Polimi - Italy), on the research area of Anticipatory


Networking, aiming at predicting traffic and environment changes in order to optimize wireless network resources and operations.


In particular the following four topics will be assigned to the recruited researchers:
• ESR1: Network Data Analytics [Academic Site: Polimi]
• ESR2: Wireless Link Status Anticipation [Academic Site: LiU]
• ESR3: Resource & Management Optimization for Wireless Software-defined Networking [Academic Site: LiU]
• ESR4: Performance and Enablers of Infrastructure and Resource Sharing [Academic Site: Polimi]


Each post is funded for 36 Months by the EU under the rules of the MSCA ITN EID Scheme1 and provides a very competitive salary (3710 euro/month before taxes and social security fees, +600 euro/month if family obligations exist). The recruited researchers are required to
• follow a PhD program at the respective academic sites and
• spend 50% of their project involvement at Alcatel Lucent - Bell Labs, in Stuttgart, Germany.


For more information and application:
http://act5g.itn.liu.se
Call for applications in PDF: http://act5g.itn.liu.se/info.pdf

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The Emmy Noether Research Group on Probabilistic Numerics, hosted by the Department of Empirical Inference at the Max Planck Institute for Intelligent Systems in Tübingen, Germany, has several open, fully funded positions for PhD students, starting from April 2015 or as soon as possible thereafter.


We develop probabilistic interpretations of numerical tasks and associated methods, particularly in linear algebra, optimization, and the solution of differential equations. Numerical methods infer latent quantities from tractable ones, hence they can be interpreted as learning machines. Doing so opens a new perspective on classic algorithms, and leads to new algorithms that share information between related or chained computations, can be tailored to their task, and shed new light on big old questions. 


Our group has and keeps a machine learning background (we co-authored 3 NIPS papers last year). The MPI IS is a leading institution in machine learning, computer vision and robotics, offering rich social and technological infrastructure for PhD students. Tübingen is a quite international college town in the heart of Europe, the working language at the institute is English.


More details on the group and the positions can be found at http://goo.gl/1T4dFJ, or just contact:
____________________________________________________________________


Philipp Hennig, PhD
PI, Emmy Noether Group on Probabilistic Numerics
Department of Empirical Inference
Max Planck Institute for Intelligent Systems
Spemannstraße 38, 72076 Tübingen, Germany
phennig@tuebingen.mpg.de  |  +49 7071 601-572  
http://goo.gl/1T4dFJ