LLNL
A Postdoctoral Researcher at LLNL will conduct research on modeling and simulating X-ray interactions with dislocation networks in metallic alloys. The role involves developing multiscale simulation frameworks, working with high-performance computing, and applying machine learning techniques for dislocation analysis.
Headquarters
Livermore, California, United States
Company Size
5001-10000 employees
Founded
1952
Lawrence Livermore National Laboratory (LLNL) is a U.S. Department of Energy national laboratory in Livermore, California, that applies advanced science, engineering, and technology to solve complex national security and societal challenges. Its work spans nuclear deterrence and stockpile stewardship, nonproliferation and homeland security, high-performance computing and AI, fusion energy (including the National Ignition Facility), and research in materials, biosciences, and climate. LLNL partners with government agencies, industry, and academia to translate research into practical solutions, drive technology commercialization, and develop the next generation of scientists and engineers.
Headquarters
San Francisco, CA
Company Size
201-500 employees
Founded
2018
Industry
Technology
Glassdoor Rating
4.2 / 5
Sarah Johnson
Chief Executive Officer
Michael Chen
Chief Technology Officer
Emily Williams
VP of Engineering
David Rodriguez
VP of Product
Jessica Thompson
Chief Financial Officer
Andrew Park
VP of Sales
View leadership team, funding history,
and employee contacts for LLNL.
74% above the average for this role
Postdoctoral Researcher – Atomistic Simulations of Phonon Transport in Semiconductors and Metals
Events/University Recruiting
Postdoctoral Researcher
Delft University of Technology
Postdoctoral Researcher or Senior Postdoctoral Researcher (Condensed Matter Experiment - Magnetic and Magnetocaloric Materials)
Louisiana State University
Postdoctoral Researcher/Fellow
Nanyang Technological University
Postdoc in Dark-field X-Ray Microscopy of Dislocation Structures
DTU Chemistry
Postdoc in Dark-field X-Ray Microscopy of Dislocation Structures
Oracle