Assistant Professor
- Experimental accelerator physicist with 5+ years of theoretical and experimental experience in beam phase space manipulation and structure wakefield acceleration
- Proficient in new manipulation methods and diagnostics development, covering the entire experiment process from design to analysis
- Strong interest in 6D phase space manipulation methods and their applications
- Providing students with great opportunities and networking opportunities, as my faculty mentors did
Research Interests
My group's primary research interest lies in the design and optimization of the 6D phase-space distribution of particle beams. Our aim is to revolutionize existing accelerator facilities and open new opportunities for accelerator applications. Our research encompasses the development of novel methods for controlling phase space correlation and density distribution of particle beams, as well as mitigating collective effects and accelerating particle beams with high-gradient and high-efficiency principles.
- Phase Space Manipulations
- Advanced accelerator concepts
- High-brightness injector development
- Advanced light sources
- Medical and industrial applications
Publications
A comprehensive list is available on Google Scholar.
Education
Ph.D., Pohang University of Science and Technology (POSTECH), Korea (2017)