Laser-Plasma Researcher, High-Energy Density Science

Stanford Reglab; Menlo Park (CA); On-site; USD 85,000 - 120,000; Full time

Job summary

SLAC National Accelerator Laboratory seeks a Physical Science Research Professional to join the High Energy Density Science division. You will perform experimental research using LCLS and high-power lasers to develop laser-driven particle sources and study their interactions with matter, including cryogenic high-Z jet sources as neutron sources.

The position is a 2-year fixed term with potential extension. Onsite work is required, and you will collaborate with a multidisciplinary team to advance

Qualifications

• Bachelors degree in Physics or related field with two years of research experience.
• Experience with experimental measurement techniques and high-energy density experiments.
• Strong communication and collaboration skills; ability to work independently and in a team.

Responsibilities

• Independently design and modify experiments for research projects in high-energy density science.
• Contribute to design, engineering, construction and installation phases of major research projects.
• Document observations, analyses and interpretations of results for reports and publications.
• Train staff to ensure safe operation of the laboratory and experiments.
• Manage lab safety and liaise with EH&S to support lab operations.
• Analyze data, develop models, and interpret results for dissemination in papers and reports.
• Run and calibrate equipment to optimize experimental outcomes.
• Modify protocols based on literature and conferences.

Skills

experimental techniques

independent research

analytical skills

computational skills

communication skills

lab safety

Education

Bachelors degree in Physics

Job description

SLAC National Accelerator Laboratory seeks a Physical Science Research Professional to join the High Energy Density Science division. You will perform experimental research using LCLS and high-power lasers to develop laser-driven particle sources and study their interactions with matter, including cryogenic high-Z jet sources as neutron sources.

The position is a 2-year fixed term with potential extension. Onsite work is required, and you will collaborate with a multidisciplinary team to advance