Hao Group on Beam Physics
Selected Figure from previous study:
Dynamics of Crab Crossing
My research group focuses on in-depth understandings of accelerator physics. Our goal is to find elegant approaches to achieve a high-intensity and/or high-quality beam of charged particles in an accelerator. Such a beam provides a powerful tool in various fields, such as colliders or fix target accelerators for high energy/nuclear physics research, acclerator based light source for condensed matter physics, biology and chemistry, and medical or industrial applications.
The main approach of my group is the theoretical analysis,the corresponding computer simulation and data driven approaches. For example, we are interested in novel methods to understand and optimize nonlinear dynamics properties without tracking, in developing new computation tools to utilize new mathematical tools such as auto-differentiation and new hardware architecture, and also new approaches to merge the physical and data-driven approaches for advancing accelerator physics and operation efficiency.
news
Jul 28, 2024 | Returned from 2024 USPAS summer session. Yue, Anthony and Helena participated in the accelerator physics graduate course. |
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latest posts
Jun 06, 2024 | Matrix workbook |
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selected publications
- Synchrobetatron resonance of crab crossing scheme with large crossing angle and finite bunch lengthPhys. Rev. Accel. Beams, Apr 2021
- Mitigation of the kink instability in the energy recovery linac based electron-ion colliderPhys. Rev. ST Accel. Beams, Oct 2013