Laser-Plasma Experimental Scientist I

Stanford University; Menlo Park (CA); On-site; USD 90,000 - 120,000; Full time

Job summary

SLAC National Accelerator Laboratory in Menlo Park, CA is seeking a Physical Science Research Professional to join the High Energy Density Science division. The role focuses on experimental research with LCLS and high-power lasers to develop laser-driven particle sources and study their interactions with matter.

This two-year fixed-term position involves developing cryogenic high-Z jet sources for neutron generation and advancing measurement techniques, with onsite work required.

Qualifications

• Bachelor's degree in Physics, Applied Physics or related field and two years of research experience in plasma physics.
• In-depth understanding of experimental measurement techniques.
• Knowledge in laboratory astrophysics and shock waves.
• Energetic particle beams characterization.
• Demonstrated record of scientific productivity through publications and presentations.
• Ability to carry out independent research.

Responsibilities

• Develop new experimental techniques to characterize the interactions of high-power optical lasers and X-ray lasers with argon and other high-Z cryogenic jet materials.
• Specifically, the techniques must be applicable for fielding a user facilities with high-intensity lasers.
• Perform research and experimental work focused on optimizing laser-jet interactions for neutron generation.

Skills

Plasma physics

Experimental measurement techniques

Independent research

Written & verbal communication

Time-resolved x-ray & laser Spectro sc

Analytical & computational skills

Collaborating in diverse teams

Education

Bachelor's degree in Physics, Applied Physics or related field

Job description

SLAC National Accelerator Laboratory in Menlo Park, CA is seeking a Physical Science Research Professional to join the High Energy Density Science division. The role focuses on experimental research with LCLS and high-power lasers to develop laser-driven particle sources and study their interactions with matter.

This two-year fixed-term position involves developing cryogenic high-Z jet sources for neutron generation and advancing measurement techniques, with onsite work required.