Job Listings

Here are some current job openings in computational materials science, computational physics, quantum chemistry, and nanotechnology, with emphasis on electronic structure and Quantum Monte Carlo. These listings below include positions at academic institutions, government labs, and companies, both in the U.S. and internationally.

• MCC: No MCC positions are available at this time.
• Psi-k: lists positions in their newsletter for graduate students and postdocs in solid state physics.
• AIP: provides information about employment in physics, engineering and related physical sciences.
• Tiny Tech Jobs: Positions related to nanotechnology.
• See also: past listings

Please note:

• many email addresses listed below have been formatted to help prevent spam.
  Ex: uniquePart --> university.edu
• the information posted here should not be taken as the final authority on the job openings listed. Please check with the contact person in the description or the given web site.

Last modified: September 10, 2008;14 records found

To include a job posting, complete the online form or email the webmaster.

Posted September 4, 2008 Research Scientist position at NRL

Description

The Center for Computational Materials Science, at the Naval Research
Laboratory in Washington DC, has an opening for a permanent Research
Scientist position. We ask your help in bringing this position to the
attention of qualified candidates in your department or group, and
would be grateful if you would post the attached announcement.

The Center conducts basic theoretical and computational research
spanning a broad spectrum of materials and phenomena in
condensed-matter and atomic/molecular physics. We offer a vibrant and
challenging research environment, as well as considerable freedom to
develop and pursue new research directions. A PhD, or equivalent, and
postdoctoral experience are highly desirable.

The appointment will be a Level III appointment (equivalent to GS-12
to 13) with a salary range from $75100 to $107854.

Many thanks for your help,

Steve Erwin, Acting Director
Center for Computational Materials Science

Posted September 1, 2008 Research Fellow Positions in School of Computational Sciences at Korea Institute for Advanced Study

Description

The School of Computational Sciences in the Korea Institute for Advanced Study (KIAS) invites applications for several research fellow positions in computational study of physical properties of materials and nanostructures.

Applicants are expected to have demonstrated exceptional research potential, including major contributions beyond or through the doctoral dissertation. Experience with density-functional-based computational methods is advantageous for applicants. The annual salary ranges approximately from US$32,000 to US$45,000 and, in addition, research funds of US$7,000~US$10,000 are available per year. The initial appointment for the position is for two years and is renewable for up to two additional years, depending on research performance and the needs of the research program at KIAS.

Application must include a curriculum vita with a cover letter, a list of publications, a summary of research plan,
and three letters of recommendation, and should be e-mailed to a staff in the Office of Research Assistance of the school:
Mr. Oh-Beom Kwon (comp@kias.re.kr).
Korea Institute for Advanced Study (KIAS)
207-43, Cheongnyangni 2-dong, Dongdaemun-gu,
Seoul, 130-722, Korea

For questions and further information, applicants are incouraged to contact the KIAS faculty in their research areas.

About KIAS :
KIAS, incepted in 1996, is committed to the excellence of research in basic sciences (mathematics, theoretical physics, and computational sciences) through high-quality research programs and a strong faculty body consisting of distinguished scientists and visiting scholars.

Currently, KIAS is in operation with programs in mathematics
(algebra, geometry, topology, analysis, and applied mathematics), theoretical physics (particle physics, astrophysics, statistical physics, and condensed-matter physics), and computational sciences (Nano Sciences, Information Sciences, and Bio Sciences). Every year KIAS has over 200 visiting scholars from home and abroad, and organizes numerous international conferences, symposia, and workshops, in which renowned scientists participated including Nobel laureates and Fields medalists. KIAS plans to expand these activities in the coming years. In addition, many KIAS research fellows take positions in universities and other international research institutes.

For further information and current activity, applicants are encouraged to visit to the KIAS homepage, http://kias.re.kr

Closing date

2008-12-31

Posted September 1, 2008 Research Fellow Positions in School of Computational Sciences at Korea Institute for Advanced Study

Description

The School of Computational Sciences in the Korea Institute for Advanced Study (KIAS) invites applications for several research fellow positions in computational study of physical properties of materials and nanostructures.

Applicants are expected to have demonstrated exceptional research potential, including major contributions beyond or through the doctoral dissertation. Experience with density-functional-based computational methods is advantageous for applicants. The annual salary ranges approximately from US$32,000 to US$45,000 and, in addition, research funds of US$7,000~US$10,000 are available per year. The initial appointment for the position is for two years and is renewable for up to two additional years, depending on research performance and the needs of the research program at KIAS.

Application must include a curriculum vita with a cover letter, a list of publications, a summary of research plan,
and three letters of recommendation, and should be e-mailed to a staff in the Office of Research Assistance of the school:
Mr. Oh-Beom Kwon (comp@kias.re.kr).
Korea Institute for Advanced Study (KIAS)
207-43, Cheongnyangni 2-dong, Dongdaemun-gu,
Seoul, 130-722, Korea

For questions and further information, applicants are incouraged to contact the KIAS faculty in their research areas (webpage: http://newton.kias.re.kr/~hand ).

About KIAS :
KIAS, incepted in 1996, is committed to the excellence of research in basic sciences (mathematics, theoretical physics, and computational sciences) through high-quality research programs and a strong faculty body consisting of distinguished scientists and visiting scholars.

Currently, KIAS is in operation with programs in mathematics
(algebra, geometry, topology, analysis, and applied mathematics), theoretical physics (particle physics, astrophysics, statistical physics, and condensed-matter physics), and computational sciences (Nano Sciences, Information Sciences, and Bio Sciences). Every year KIAS has over 200 visiting scholars from home and abroad, and organizes numerous international conferences, symposia, and workshops, in which renowned scientists participated including Nobel laureates and Fields medalists. KIAS plans to expand these activities in the coming years. In addition, many KIAS research fellows take positions in universities and other international research institutes.

For further information and current activity, applicants are encouraged to visit to the KIAS homepage, http://kias.re.kr

Closing date

2008-12-31

Posted August 30, 2008 Computational Chemistry Postdoctoral Fellow at DuPont

Description

A postdoctoral fellow position is available for a highly experienced computational chemist in our Information and Computing Technology organization. The computational chemistry team already has extensive experience in computational thermochemistry and kinetics and is looking for someone who will bring a unique computational capability to the team. This position involves building and managing research collaborative consulting relationships with internal and external research communities. Overall, these collaborations will extend the computational chemistry capabilities for solving a wide range of non-classical research and business focused problems.

The successful candidate will be a highly motivated and driven individual who will easily interact with both experimental and computational research scientists. The primary responsibility is to discover and implement novel computational methods, analyses, and procedures which ultimately accelerate DuPont’s scientific research productivity. This person will work with the computational chemistry team to define and extend current initiatives and to integrate new technologies into the offering. General research areas of interest include (but are not limited to) electronic materials (inorganic & organic), biomaterials, polymeric materials, and environmental chemistry.

Qualifications:

• PhD in Chemistry or related field
• Thorough understanding and practical expertise in the use of quantum chemistry and/or molecular simulation (MD, MC) methods such as those found in the following software packages: Gaussian, Materials Studio, Discovery Studio, Schrödinger, Gromacs, Gromos, and NAMD
• A proven track record in publishing which reflects the candidate’s knowledge in applying modeling methodologies
• Knowledgeable in applying modeling methodologies to understand and predict interfacial properties or nanoscale phenomena would be a plus
• Practical knowledge in installing open source modeling software and applying such software would be a plus
• Working knowledge with modern computer operating systems (Unix/Linux) and with programming languages (e.g., shell scripts, Perl, Python, C, or Fortran), especially in facilitating routine tasks
• Experience working in research teams toward common goals
• Excellent interpersonal and communication (both oral and written) skills
• Strong desire to publish and do computational research

Apply online to this position:

https://dupontimpl.taleo.net/careersection/6/jobdetail.ftl?lang=en&job=17180

If the above URL does not work for whatever reason, then try going to "www.dupont.com"; select "Career Center" at top of page; next select "Jobs by Region"; next select "United States"; next select "New Graduate, Internship and Co-Op Opportunities"; a searching dialog box or pop-up will appear, so enter "Computational Chemistry" in the keywords search field. Now you can apply once you establish a login account.

Closing date

2008-09-26

Posted August 26, 2008 Postdoctoral Position in Condensed-Matter Physics

Description

We have an immediate opening for a postdoctoral scholar in the area of
quantum Monte Carlo. The specific research will involve the development of
quantum Monte Carlo algorithms to improve the accuracy for large-scale
systems and increase the efficiency on petascale supercomputers. These
methods will be applied to a variety of molecular and extended systems,
including strongly correlated transition metal oxide systems, molecular
crystals and phase transitions in materials under pressure.
The candidate will work jointly with the computational groups of Prof.
Cyrus Umrigar (Physics) and Prof. Richard Hennig (Materials Science and
Engineering) at Cornell and collaborate with other research groups as part of
the project. The position provides an opportunity to gain broad experience
and exposure within the communities of quantum Monte Carlo,
computational materials, high performance computing and strongly
correlated systems.
Requirements:
A Ph.D. in Physics, Chemistry, Materials Science or a closely related area,
and expertise in the development and application of first-principles
electronic structure methods for materials. Experience with quantum Monte
Carlo methods and with parallel programming would be beneficial.
Application:
To apply, please e-mail a statement of research interests, CV and the names
and contact information of three references to Prof. Richard Hennig,
rhennig@cornell.edu, and Prof. Cyrus Umrigar, CyrusUmrigar@cornell.edu.
Informal inquiries are also welcome.

Posted August 26, 2008 Computational Science Support Specialist

Description

South Kensington Campus Salary: ÂTest 37,910 -- ÂTest 44,730 per annum

The Imperial College branch of the Thomas Young Centre, the London Centre for Theory and Simulation of Materials, is seeking to recruit a Computational Science Support Specialist.

The job requires computational, scientific and communication skills: you will provide Linux system administration and user support; develop new computational and numerical methods; and contribute to a variety of research projects. You will have an important role to play in helping us realise our ambition to make the TYC a world-leading centre for computational materials physics and chemistry.

You will have a degree and a post-graduate qualification, or equivalent experience, in a relevant area of science, mathematics or computer science. A good knowledge of Linux system administration and a proven ability to program in at least one major language suitable for scientific applications are required.

This is a permanent position starting immediately.

For more information see http://www.thomasyoungcentre.org.

Posted August 26, 2008 Postdoctoral Position in Condensed-Matter Physics

Description

We have an immediate opening for a postdoctoral scholar in the area of quantum Monte Carlo. The specific research will involve the development of quantum Monte Carlo algorithms to improve the accuracy for large-scale systems and increase the efficiency on petascale supercomputers. These methods will be applied to a variety of molecular and extended systems, including strongly correlated transition metal oxide systems, molecular crystals and phase transitions in materials under pressure. The candidate will work jointly with the computational groups of Prof. Cyrus Umrigar (Physics) and Prof. Richard Hennig (Materials Science and Engineering) at Cornell and collaborate with other research groups as part of the project. The position provides an opportunity to gain broad experience and exposure within the communities of quantum Monte Carlo, computational materials, high performance computing and strongly correlated systems. Requirements: A Ph.D. in Physics, Chemistry, Materials Science or a closely related area, and expertise in the development and application of first-principles electronic structure methods for materials. Experience with quantum Monte Carlo methods and with parallel programming would be beneficial. Application: To apply, please e-mail a statement of research interests, CV and the names and contact information of three references to Prof. Richard Hennig, rhennig@cornell.edu, and Prof. Cyrus Umrigar, CyrusUmrigar@cornell.edu. Informal inquiries are also welcome.

Posted August 16, 2008 Post-Doctoral Research in Computational Materials Theory at Illinois

Description

Two post-doctoral research positions in the computational materials theory
group of Duane Johnson at the University of Illinois. Areas included:
(1) Electronic-structure development to investigate large-scale systems
utilizing petascale application on the new NCSA BlueWaters system.
(2) Molecular-based systems and hydrogen-storage materials electronic and
thermodynamic prediction working with Sandia’s Metal-Hydride Center of Excellence.
Experience with programming and density-functional-based methods is necessary, multiple-scattering theory and MPI/OpenMPI a plus. Interested applicants should send a Curriculum Vitae (CV), including names and contact information for three references, to Ms. Michelle Malloch <malloch@ad.uiuc.edu> via email with pdf attachment(s).

Posted August 16, 2008 Dept. of Energy Computational Science Graduate Fellowship (DOE CSGF)

Description

This fellowship is available to support graduate students planning full-time study toward a PhD. The students research must incorporate the sophisticated use of high-performance computing. Applicants must be US citizens or permanent resident aliens. The DOE CSGF program pays all tuition and required fees for up to 4 years of study at any US university, provides a $31,200 yearly stipend, matches university funds (up to $2500) to purchase a computer workstation for the fellow’s exclusive use, and provides a yearly academic allowance of $1000 to the fellow for their professional development. Currently the program funds computational physics doctoral students doing research in astrophysics, biophysics, condensed matter physics, experimental and theoretical high energy physics, and plasma physics. Students should apply online at https://www.krellinst.org/csgf/application.

Posted August 14, 2008 Postdoc positions at Rutgers

Description

We are again searching for postdoctoral applicants in computational materials theory in the groups of Karin Rabe, David Vanderbilt, and David Langreth. One position will be available in the early fall 2008, with the probability of one or more additional positions becoming available later in the year or early 2009. Experience with density-functional-based methods is strongly advantageous. Interested applicants should send a CV, including names and contact information for three references, to Ms. Fran DeLucia <fran@physics.rutgers.edu> via email with pdf attachment(s). Please make this information available to appropriate candidates in your group or department. An announcement suitable for posting is attached. David Langreth Deptartment of Physics and Astronomy Rutgers University 136 Frelinghuysen Road Piscataway, New Jersey 08854-8019 USA

Posted July 28, 2008 Two Postdoctoral Positions in Computational Nanoscience at NUS

Description

Two postdoc research fellow positions in computational nano-science are open in Department of Physics, National University of Singapore. Applicants should have earned a Ph. D in physics, chemistry, materials science or other relevant disciplines. We do not ask for extensive publication record, but experiences in first principles electronic structure calculations are required. The successful applicant will be expected to carry out independent research in theoretical modeling and simulation of nanostructures. Related interests include molecular electronics/spintronics, and nanocatalysis. The salary will be in the range of (Singapore Dollar) $4000 to $5000 per month (1 .36 SD ~ 1 USD), depending on experience and track record. To apply, please send a CV, and contact information of 3 references to Dr. Chun Zhang at phyzc@nus.edu.sg.

Closing date

2008-10-31

Posted July 24, 2008 Post-doctoral positions, DEMOCRITOS National Simulation Center, SISSA

Description

Post-doctoral positions in "Electronic simulations of High-temperature superconductors by quantum Monte Carlo", available at the DEMOCRITOS National Simulation Center, SISSA Trieste, group headed by Prof. Sandro Sorella.

Search for outstanding candidates, motivated by the following challenging project:

Study of two important high temperature (HTc) superconducting materials, La2CuO4 that is the prototype of copper oxide superconductors discovered in 1988, and LaFeAsO, representative of the novel iron based rare-earth oxypnictide superconductors. By means of state-of-the-art quantum Monte Carlo (QMC) techniques, our main target is to understand whether the peculiar magnetic properties of the two materials are related to the pairing mechanism that leads to superconductivity. The superconducting regime in the iron-based and copper-oxide families occurs in close proximity to a long-range ordered antiferromagnetic state. This suggests a strong interplay between magnetism and HTc superconductivity, which is probably one of the most challenging problems in condensed matter physics.

Applications should be sent by e-mail to sorella-->sissa.it, with complete CV in attachment.
The deadline for applications is September 24, so hurry up!.

Closing date

2008-09-24

Posted July 24, 2008 Two leaders of Independent Junior Research Groups in Theoretical Physics (APCTP)

Description

The Asia Pacific Center for Theoretical Physics (APCTP), Korea and the Max-Planck-Gesellschaft (MPG), Germany
are seeking outstanding candidates for
Two leaders of Independent Junior Research Groups in Theoretical Physics.
The rules for MPG Independent Junior Research Groups apply to the selection process. The two groups will be located on the campus of Pohang University of Science and Technology (POSTECH). The fields of research envisaged are
· Functionalization (e.g., molecular electronics, quantum optics, mesoscopic systems) · String theory and its relation to other physics.
The two groups will strengthen the scientific in-house program of the APCTP. The Center has thirteen membership countries and is serving their Physics communities by organizing schools, workshops, training programs etc. Strong links exist to the Physics Department of POSTECH. The group leaders are expected to use also the links to renown research centers in the Asia Pacific region to which the APCTP has close relations. The group leaders will be jointly appointed as Adjunct Professors of the Department of Physics of POSTECH with access to students and other resources.
We offer positions for 5 years on a salary which corresponds to an exceptional Assistant Professor. Funds are available for 1 - 2 postdoctoral fellows, 1 - 2 guests and 1 - 2 PHD students for each group which shall be recruited by the group leaders. We will provide office and adequate funds for computer access and consumables.
Please send your CV, publication list and a short description of your research accomplishments and future plans to Prof. Seunghwan Kim at the address below by October 15, 2008. Two letters of recommendation should be sent separately by the application deadline.
[Deadline] October 15, 2008 [Application] CV, Publication list, Short description of your research accomplishments, Future plan [Interview & Symposium] around the middle of November
Prof. Seunghwan Kim (Junior Research Groups) Asia Pacific Center for Theoretical Physics Hogil Kim Memorial Bldg. #501, POSTECH San 31 Hyoja-dong, Nam-gu, Pohang Gyeongbuk 790-784, KOREA email: jrg@apctp.org
Asia Pacific Center for Theoretical Physics
MAX-PLANCK-GESELLSCHAFT

Closing date

2008-10-15

Posted 2 Postdoctoral Positions (Research Associate)

Description

- Qualifications: Ph.D in Physics or Materials Science. Experience in numerical simulations and Solid State Physics is required. Experience in first-principles, Monte-Carlo and/or Molecular Dynamics techniques is desirable.

- Research goals: modelling and designing multiferroic and ferroelectric nanostructures.

These objectives will be tackled through the development and/or use of the following numerical tools:

1. first-principles techniques, including total energy calculations, computation of phonon spectrum, modern theory of polarization and electric-field effects,
2. effective Hamiltonian approaches that can extend the reach of first-principles calculations by mimicking properties of ferroelectric and multiferroic nanostructures at finite-temperature, and
3. the inverse method that can allow an efficient design of materials with improved properties.


Collaborations with experimental research groups and other theoretical research groups are also strongly expected, in order to gain a deep understanding of such complex materials.

- Period of Employment: The position is for one year, renewable upon mutual agreement and funding to a second year and then a third year. The preferential starting dates are between October 2008 and January 2009. However, earlier or later starting dates may also be possible.

- Location: University of Arkansas, Fayetteville, Arkansas (USA).
Fayetteville has been ranked by national magazines among the top ten places to live in the U.S.

- Application: Interested candidates should send via e-mail (in a pdf format, if possible):

1. a curriculum vitae,
2. list of publications and
3. the names and addresses of at least two references to:

Laurent Bellaiche,
Department of Physics,
University of Arkansas,
Fayetteville, AR 72701;
e-mail: laurent@uark.edu

See http://www.uark.edu/misc/aaron5/index.html for more information.

Closing date

2009-01-30