Plasma Integrated Operation Physicist(J17892)

职位描述

While the EXL-50U device has achieved fundamental plasma control, advancing to the next stage requires breakthroughs in integrated operation modes, especially concerning plasma profile control. We are looking for an expert with a deep background in experimental physics and data analysis to lead the exploration of these advanced modes. This role is critical for supporting key task forces, such as achieving 10keV heating and enabling hydrogen-boron fusion reactions, by developing and implementing innovative operational scenarios.

What you'll do:

● Lead the design, execution, and post-analysis of experiments on the EXL-50U device

● Develop and explore advanced integrated operational scenarios, including plasma profile control.

● Collaborate with key task forces (e.g., heating, diagnostics, theory) to achieve programmatic goals such as 10keV Ti and hydrogen-boron fusion.

● Perform in-depth data analysis to guide experimental planning and improve physical understanding.

● Lead the conceptual design and exploration of experimental operation modes for the next-generation EHL-2 device.

任职要求

Who we’re looking for:

● A PhD in Plasma Physics, Nuclear Engineering, or a closely related field is required.

● Extensive, hands-on experience in systematic plasma operations and experimental campaigns on major fusion devices.

● In-depth expertise in a specific area of experimental plasma physics, such as transport and confinement, MHD stability, plasma-wall interactions, or heating and current drive.

● Strong proficiency in analyzing and interpreting experimental plasma data, including handling data from various diagnostics and using analysis codes and programming languages (e.g., Python, MATLAB, IDL).

● Demonstrated ability to lead experimental planning, execution, and analysis in a collaborative, team-oriented environment.

● Excellent communication skills with the ability to present complex physical results clearly to a diverse scientific and engineering audience.