The Group of Physics and Chemistry of Materials in the Theoretical Division of Los Alamos National Laboratory has an immediate postdoctoral position available for a talented and motivated researcher interested in at least one of the following areas: (i) electronic structure theory calculations for design of materials for CO2 capture and electroreduction, (ii) computational vibrational spectroscopy and (iii) machine learning and data science approaches for materials science.

We are seeking creative physics interns to help us grow new projects and mature existing ones in fields of optics, microelectronics and electromagnetic modeling and device development.

We are seeking for a highly motivated Postdoctoral Researcher to work on an ERC Consolidator Grant project entitled ‘Quantitative Tomography Using Coupled Physics of Waves’. The project will be conducted in the research team of Professor Tanja Tarvainen in the Computational Physics and Inverse Problems Group. As our new researcher, you will be working at the Department of Technical Physics (Kuopio campus) in the Faculty of Science, Forestry and Technology.

Come and do the kind of computing that got you into technology in the first place. Work with cutting-edge tech and world-leading scientists and engineers. And harness the power of some of the country's most advances supercomputers to tackle work that improves daily life in the UK and far beyond.

The Experimental & Computational Physics Group is seeking outstanding staff members to join our growing, multidisciplinary team of theorists and experimentalists to solve mission-relevant challenges.

We are seeking a Computational Materials Scientist/Chemist to help us provide insight to the processes that define the behaviors of physical systems. As a member of our team, you will contribute to exciting projects supporting organizations such as the US Department of Defense, the National Science Foundation, and NASA.

We currently have an opening at our Foothill Ranch, CA (Orange County) facility for a Computational Plasma Physicist. The scientist will bring advanced HPC methods to bear on the development and application of high-fidelity simulation tools for high beta fusion plasmas in the field-reversed configuration.

Are you interested in a career in computational physics? If the answer is "yes" we invite you to learn more about our opening for an early career Computational Physicist. In this role you would assist with projects related to neutral particle transport, equations of state, solid mechanics, high explosives modeling, compressible hydrodynamics, or shock physics.

The proposed project extensively involves mathematical modelling, computer programming, and numerical simulation. It requires researchers to have strong background in mathematics and computational physics. The candidate must have experiences in machine learning and quantum computing.

The Senior Research Scientist/Research Scientist will conduct research to meet the objectives of the research program, which are: To conduct research on advanced computational algorithms for modeling of complex electromagnetic scattering and diffraction phenomena; To develop an in-depth understanding of the underlying physics of electromagnetic scattering and diffraction from large and complex object in practical environment;

To help achieve our goal we are currently looking for a Computational Software Scientist to join our group. The successful applicant will join a rapidly growing team whose aim is to transform how research is carried out at large experimental facilities through a multi-disciplinary approach to data processing, computer simulation and data analytics.

Postdoc in computational materials science

We are looking for a computational analyst with interest in computational electromagnetics for heterogeneous architectures! Join our premier research and development group working on groundbreaking hybrid MPI+X parallel electromagnetic simulation codes aimed at novel and complex applications.

We are seeking a technical staff member (R&D S&E, Mechanical Engineer) to join our collaborative team environment. As an analyst on our team you will perform solid mechanics, structural-dynamics, and/or hydrocode research, development, modeling, and simulation to support a variety of projects (e.g. nuclear safety, design, and qualification, failure, shock and vibration, and/or thermal- mechanical response), and customers (e.g., the Departments of Defense and National Nuclear Security Administration, university collaborations, etc.).

An entry level postdoc position requiring a Ph.D. is open for materials scientist and physicists of varying experience to work with an all-Ph.D staff of theoretical and computational physicists, mathematicians, applied and quantum chemists, and electrical engineers who are international experts in their respective fields.

An entry level postdoc position requiring a Ph.D. is open for physicists and electrical engineers of varying experience to work with an all-Ph.D staff of theoretical and computational physicists, mathematicians, applied and quantum chemists, and electrical engineers who are international experts in their respective fields.

We are seeking excellent and highly motivated MSc, Ph.D. students, and/or postdocs that are interested in pursuing state of the art interdisciplinary research in quantum computational materials.

A postdoc position is available in the group of Prof. Zhenfei Liu (https://liugroupwsu.weebly.com/) at Wayne State University (Detroit, USA). This position focuses on first-principles calculations of electronic, vibrational, magnetic, and topological properties of complex materials, including but not limited to: metal-organic frameworks, quantum dots and their assemblies, heterogeneous interfaces, low-dimensional materials, etc.

We have openings for Computational Physicists to pursue challenges relevant to national security in the development of multi-physics simulation codes. Under consultative direction you will collaborate as part of an interdisciplinary code development team in advancing the state of the art in large-scale multi-physics simulation.

Selected thought-leader will define, author, and present NGC’s Computational Electromagnetic (CEM) strategy to develop unparalleled analytical tools, processes and workforce with vision of ensuring NGC is the recognized industry leader when it comes to CEM technologies, capabilities and subject matter experts.