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DU HỌC & PHƯƠNG PHÁP NGHIÊN CỨU - OVERSEAS STUDY & RESEARCH METHODOLOGYThông tin học bổng du học; hội nghị, hội thảo khoa học; phương pháp luận nghiên cứu, phát triển khoa học
We are currently seeking a Postdoctoral Researcher to assist in an
ESA-sponsored research project entitled
"Chemo-hydrodynamic pattern formation at interfaces". Detailed
information about the project is available
at http://www.tu-dresden.de/mw/ilr/ChemHyp/ChemHyp.html
We seek a new collaborator who has a Ph.D. degree and relevant
experience in the theoretical
modeling of pattern formation in chemical systems. Experience with
nonlinear
chemistry and/or fluid mechanics is an advantage.
The postdoc position is for 2 years starting as soon as possible
after March 1st 2006.
Candidates should submit (preferably by email)
- a resume
- a letter of motivation
- the names and address of two persons of reference to:
Anne De Wit
Service de Chimie Physique et Biologie Th?orique
& Center for Nonlinear Phenomena and Complex Systems
Universit? Libre de Bruxelles
CP 231 - Campus Plaine
1050 Brussels - Belgium
Toi la nghien cuu sinh nam thu nhat ve hoa huu co (tai Phap). Hien nay o labo toi co ong thay dang can tim nguoi de lam ho so xin finace cho postdoc
Doi tuong la tien si hoac nghien cuu sinh nam cuoi ve hoa huu co (uu tien nhung nguoi lam synthesis). Tuy la o Phap nhung ai co the noi tieng Anh cung ok
X-DL-MFrom:
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From: Maurice Leslie
To: ccp5eur@dl.ac.uk
Subject: Job Vacancies - Postdoctoral and studentship
Reply-To: Maurice Leslie
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Postdoctoral research associates
Molecular Modeling
Sandia National Laboratory, USA
Doctoral students
Computational biophysics - modeling of chromatin
Heidelberg, Germany
Postdoctoral position
Polymer composite simulations
The University College of Bor??s, Sweeten
__________________________________________________ ______________
The molecular modeling group at Sandia has several openings
for postdoctoral research associates, for both the spring and fall, 2006.
Our group presently consists of four staff members, Michael Chandross,
Gary Grest, Mark Stevens and Edmund Webb III and several postdoctoral
research associates. Sandia has extensive computational facilities
including several teraflop clusters.
Our present interest include but not limited to simulations of
polymers, complex fluids, metals, granular materials and biomaterials.
We are looking for candidates with experience and interest in either
classical molecular dynamics and Monte Carlo simulations as well
as ab initio methods. Molecular modeling expertise is desirable but
not required.
Send your curriculum vitae Gary Grest at gsgrest@sandia.gov.
__________________________________________________ ______________
Computational biophysics - modeling of chromatin
In a newly funded collaborative project between the Langowski (
Cancer Research Center), Smith (University of Heidelberg) and Wade (EML
Research) groups in Heidelberg, we have three positions open for
doctoral students, one in each laboratory.
Your tasks: Development and application of multiscale methods to model
the dynamics of the nucleosome, the binding and unbinding of DNA on the
histone core and nucleosome-nucleosome interactions.
Your profile: Outstanding undergraduate record in physics, biophysics or
theoretical chemistry and a strong interest in biological problems and
interdisciplinary work.
Postdoctoral position in polymer composite simulations
The research in polymer technology at the University College of Bor??s focuses
on polymer composite materials, textile materials and the use of modelling and
simulation methods to study polymer materials. To strengthen this research we
are appointing a researcher, who has obtained a PhD degree in chemistry,
polymer technology, materials technology, physics or in another relevant area.
The postdoctoral position is comprised of two parts: Multi-scale modelling
of polymer nanocomposites and Computer animations for active learning of
chemical concepts.
The position is initially for minimum 1 year, with possible extension to a
second and third year based on progress made and the availability of external
funding. The earliest starting date is 2006-04-01. The position provides and
excellent opportunity for the successful candidate to work in a very
interesting and important research area.
The successful candidate must have a PhD degree in chemistry, physics,
material engineering or in another relevant area. Experience and knowledge
in polymer nanocomposites and computational methods is a clear advantage.
Knowledge in C++ and/or Microsoft Developer Studio is a merit.
Enquiries about the position should be directed to
Professor Mikael Skrifvars ჺ-33-435 44 97, e-mail: mikael.skrifvars@hb.se,
Assoc. Prof. Kim Bolton, ჺ-33-435 46 02, e-mail: kim.bolton@hb.se or
Assoc. Prof. Peter Ahlstr??m, ჺ-33-435 46 75, e-mail: peter.ahlstrom@hb.se
Applications mentioning the registration number 18-06-40 should be submitted
no later than 2006-03-04 to: University College of Bor??s,
501 90 BOR??S. (email: registrator@hb.se)
PhD position in Scientific Grid Computing is available at the Delft Centre
for Computational Science and Engineering in the Netherlands.
The position is within the project "Development of an Immersed Boundary
Method, Implemented on Cluster and Grid Computers, with Application to the
Swimming of Fish". The full text of the announcement can be found at http://pcse.tudelft.nl/. The position concerns PhD-student B.
The PhD student will be employed by the Delft University of Technology.
The work place will be the Numerical Analysis group of the Delft Institute
of Applied Mathematics. The appointment will be given in reference to
the Collective Employment Agreement (CAO) of the Dutch Universities
(www.vsnu.nl). Maximum duration of the appointment is four years.
Further information about the project can be obtained from:
dr.ir. Martin van Gijzen , Tel. +31.152782519.
Applicants should have a background in numerical mathematics,
distributed computing, computational fluid dynamics, or computational
structural mechanics.
Applications must include a cover letter, a curriculum vitae, a list of
grades, and the names and contact information of two references. Applications
should be sent by e-mail to M.B.vanGijzen@tudelft.nl.
The submission deadline is August 31.
PhD Studentships: New Solid State Materials for Clean Energy
Applications
Two PhD Studentships are available to work on new inorganic materials
which will involve state-of-the-art computer modelling and structural
studies of solid-state properties of novel metal oxides with potential
technological applications.
Project Ref FC1: Atomistic modelling of novel ionic conducting
materials for clean energy fuel cells.
Project Ref LB2: New solid-state materials for lithium ion batteries
These studentships are tenable from October 2006 and candidates should
have (or expect to obtain) a good honours degree in Chemistry, Physics,
Materials or related discipline. The studentship award provides a
maintenance grant at EPSRC rates (tax-free) and payment of tuition fees
(and is only open to UK/EU students).
For informal discussions and to arrange a possible visit, please
contact: Professor M. Saiful Islam, Department of Chemistry, University
of Bath, Bath BA2 7AY, UK. tel: 01225-384938; email: m.s.islam@bath.ac.uk
A completed application form (off the website above) and covering
letter should be posted to this address by 8 September 2006.
Call for applications 2007: deadline October, 9 2006
The School is aimed at providing students with a sound working knowledge of
modern mathematical, computational and statistical modelling methods and
algorithms as well as innovative experimental techniques for the
characterization of complex systems at a multiscale level. The students will
learn to apply this knowledge both in the field of material and life sciences
working in multi-disciplinary well-integrated teams that emphasize the benefit
of coordinated, iterative interactions between specialists in
modelling/simulation and experimentalists.
Topics in material and life sciences.
Combinatorial and Numerical Algorithms,
Computer Graphics, Chemo- and Bio-informatics, Experimental characterization of
structures and properties, Human Computer Interface, Mathematical and
computational Modelling, Neuroimaging, Statistical Modelling and Chemometrics.
Doctoral Program
This is a 3 years full-time course that includes introductory,
basic and elective courses, seminars, tutorials, computer and experimental
laboratory sessions and project work to produce a final dissertation on
original themes of high standard in the international scientific framework.
Stages in qualified research institutes in Italy and abroad are part of the
student preparation as well.
Possible positions achieved by graduated doctors.
Students following this multi-disciplinary training will acquire the
mathematical skills, chemical, engineering and biological insight,
computational and experimental know-how necessary for tackling
real-world problems. They will therefore be highly adaptable, with
great employment prospects.
Entry requirements.
A second class honours degree or equivalent in a science,
biotechnology, medicinal chemistry, medical or engineering subject. Admission
is granted on a competitive basis. A Commission examines the CVs of the
candidates and evaluates, in an interview (in Italian or English), their
abilities to carry out research. Please refer to the Announcement published in
the web site http://multiscale-school.unimore.it
Scholarships
The School awards 6 scholarships on a merit basis, two of which are
reserved for candidates from universities other than the funding institution.
Each scholarship is for about Euro 10.500 per year plus School tuition fees.
The study grant is increased by 50% per month (for a maximum of 18 months) for
time spent by the student at institutions abroad. For students who do not hold
a scholarship, the tuition and registration fees amount to about Euro 1000 per
year, depending on the income.
Deadlines for application
The notice of the competitive examination for the
Doctoral Programs is available http://www.unimo.it/OffertaFormativa...ml?id=7〈=ita. The
application for admission must be submitted before October, 9, 2006.
PhD student needed.
Background: Computational Chemistry, Solid State Chemistry
Skills: programming
Place: Instituto de Tecnologia Quimica, Valencia (Spain)
Research on different aspects related to synthesis and stability
of microporous inorganic frameworks, the role of dopants and
organic structure directing agents. Also, the study will cover
the application of zeotype materials in industrial chemistry
processes.
Applicants: Send cv to German Sastre (gsastre@itq.upv.es)
Deadline: 15th October 2006
PhD Studentship
Computational Molecular Biophysics
University of Heidelberg, Germany
Applications are invited for one PhD studentship in the
Computational Molecular Biophysics group at the
University of Heidelberg, Germany.
For information on the groups activities visit http://spider.iwr.uni-heidelberg.de/.
The position is available to start on or after 1st October, 2006.
The proposed project aims at studying the process of
beta-hairpin formation, a fundamental process in protein folding.
For this purpose, computer simulations will be performed on different
hairpin-forming peptides that will be investigated in parallel in another
group by single-molecule fluorescence spectroscopy. Results from computer
simulations will be compared with experimental data and will also aid in
the interpretation of fluorescence experimental results.
Outstanding applicants with a degree in Chemistry, Physics,
Materials Science or related disciplines should arrange for a Curriculum
Vitae and two letters of reference to be sent by E-mail (in the Subject,
please mention: "peptide - PhD") to:
This PhD position is financed by Umeå Marine Sciences Centre. The project is interdisciplinary and involves participants from the Department of Chemistry, Umeå Marine Sciences Centre, UmU, and the Swedish University of Agricultural Sciences. The PhD student will be a member of the Department of Analytical Chemistry, and the place of work will be at Umeå as well as Norrbyn.
The overall aim of the PhD project is to further develop and apply powerful analytical techniques to study and understand the formation and cycling of mercury compounds in the marine environment.
In the first part of the project refined instrumentation and methodology will be developed for speciation analysis of mercury in marine systems including solid, aqueous and gas phases, as well as biota. The methods will be based on GC-ICPMS analysis and outlined in such a way, that the biogeochemical cycling of mercury compounds in marine model systems can be monitored by additions of isotope enriched mercury compounds.
In the next part these methods will be used in attempts to predict how, for example, meteorological and ecological changes affect the fate (transformation, bioavailability, accumulation) of mercury compounds in the Baltic Sea. Of special interest may be bioturbation caused by the polychaete Marenzelleria viridis. Changes in experimental conditions of model systems imitating the Gulf of Bothnia will be conducted in micro and mesocosm systems located at UMSC’s field station. Laboratories and equipment at Analytical Chemistry, UmU, will be utilized for the chemical analyses.
As a PhD student you will work independently and your supervisors will be scientists from several disciplines (analytical, marine and soil chemistry). You will plan and conduct field sampling and laboratory experiments, some including marine organisms. A related PhD project focusing on organic pollutants has recently started at Environmental Chemistry, UmU, and we plan to coordinate the mesocosm experiments for the two projects.
To qualify for this position you need a minimum of 180 ECTS in total of which 90 ECTS in chemistry, or equivalent competence. Advanced course(s) in Analytical chemistry, or equivalent competence, is also required. Additional studies in Ecology and Biogeo-chemistry are qualifying. It is an advantage if you have a driving license and a car.
The application should contain a CV, academic grades, and a personal letter of one A4 sheet that describes yourself and explains why you are applying for this position. Please also include the names and phone numbers of two reference persons.
Union information is available from SACO, +46-(0)90-786 51 53, SEKO civil, +46-(0)90-786 52 96 and ST, +46-(0)90-786 54 31.
Applications will be discarded or, if the applicant so wishes, returned two years after the position has been filled.
Your complete application, marked with reference number 313-3313-06, should be sent to the Registrar, Umeå University, SE-901 87 Umeå, Sweden to arrive October 12, 2006 at the latest.
Postdoctoral position
Computational chemistry
University of Salerno, Italy
PhD
Molecular Simulation
Swinburne University of Technology, Melbourne, Australia
__________________________________________________ ______________
Applications are invited for a postdoctoral position in computational
chemistry in the group of Luigi Cavallo in the Department of Chemistry
at the University of Salerno, Italy. The initial appointment is for
one year, with the possibility to renew for a second year on the
condition that research funds are available.
Candidates should have a Ph.D. in Chemistry, Physics, or related
fields. A strong background in computational chemistry and programming
skills are essential. The main theme of our research is to develop and
apply state-of-the-art computational tools (electronic structure
calculations, mainly) to achieve an understanding of reaction
mechanisms and of intermolecular interactions. The systems of primary
interest are organometallic complexes for homogeneous catalysis. For
more information see http://www.chem.unisa.it/groups/molnac/.
Interested candidates should send a letter of intent and a C.V. (by
e-mail to lcavallo-at-unisa.it), and arrange for two letters of
recommendation.
__________________________________________________ ______________
PhD in Molecular Simulation (Swinburne University of Technology,
Melbourne, Australia)
PhD studentships are available at the Centre for Molecular Simulation
under the guidance of Professor Richard Sadus, Associate Professor Billy
Todd or Associate Professor Feng Wang. The Centre is located in Melbourne,
Australia. There is considerable flexibility in the scope of thesis topic.
Details of the Centre's work can be found at: http://www.it.swin.edu.au/centres/cms/.
The successful applicant should have a strong undergraduate background in
science, or engineering.
International students should apply for both an International Postgraduate
Research Scholarship (IPRS) and a Swinburne University Postgraduate
Research Award (SUPRA). Permanent residents of Australia may apply for an
Australian Postgraduate Award (APA). Both SUPRA and APA scholarships will
receive additional top-up funding to a level of $20000 per annum that is
tax free. Outstanding local candidates may also apply for the Swinburne
Chancellor's Research Scholarship (CRS). Details of available scholarships
and application forms may be found at the following web site: http://www.swinburne.edu.au/research/schols.htm. In addition, funding is also
available for both local and overseas conference travel.
Interested applicants should first consult contact Professor Richard Sadus
(rsadus@swin.edu.au).
PhD and Postdoctoral Position Available....
Topic thông tin về PhD, postdoc position ^_^
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