Beam Dynamics and Control Team and Projects
Our Team:
Theme Leaders: | Graduate Students: | Post Docs: |
Young-Kee Kim, U Chicago | Juan Pablo Gonzalez Aguilera, U Chicago | Afnan Al Marzouk, NIU |
David Muller, Cornell | Aasma Aslam, UNM | Christopher Pierce, U Chicago |
Philippe Piot, NIU | Eric Cropp, UCLA | |
Austin (AJ) Dick, NIU | ||
Senior Investigators: | Gevork Gevorkyan, ASU | Affiliates: |
Sandra Biedron, UNM | Gerard Lawler, UCLA | Andreas Adelmann, Paul Scherrer |
Georg Hoffstaetter, Cornell | Samuel Levenson, Cornell | Matt Andorf, Cornell |
Siddharth Karkare, ASU | Lucy Lin, Cornell | Bruce Dunham, SLAC |
Young-Kee Kim, U Chicago | Desheng Ma, Cornell | Auralee Edelen, SLAC |
Jared Maxson, Cornell | Emily Frame, NIU | |
David Muller, Cornell | Paul Ginsparg, Cornell | |
Pietro Musumeci, UCLA | Adi Hanuka, SLAC | |
Philippe Piot, NIU | Vadim Kaloshin, U Maryland | |
James Rosenzweig, UCLA | Robert Meller, Cornell | |
Sergei Nagaitsev, Fermilab | ||
Richard Rand, Cornell | ||
David Sagan, Cornell | ||
Alexander Valishev, Fermilab | ||
Weishi Wan, Berkeley Lab |
PI / Postdoc or Grad Student Project Titles:
- Biedron / Aslam Applications of Machine Learning in Compact Photoinjectors
- Hoffstaetter / Lin Machine Learned diagnostics techniques for bright beams, e.g. 6D diagnostics in the Coherent electron Cooler
- Karkare / Gevorkyan Development of ASU DC cryogun and beam diagnostics
- Kim / Aguilera Auto-differentiable Accelerator Modeling
- Kim / Pierce Physics-Informed Priors for Fast and Differentiable Accelerator Surrogate Models
- Masxon / Tackling the 100nm @ 100pC & 10 A Challenge at Pegasus and FAST
- Muller / Ma Machine Learning for precise phase space control of electron microscopes
- Musumeci / Cropp Advanced beam manipulations enabled by novel computational techniques in beam physics
- Piot / Al Marzouk Exploring the Impact of Radiation Field on Brightness
- Piot / Dick Optical Transport and Beam Manipulation for Optical Stochastic Cooling
- Rosenzwieg / Lawler Optimization of ultra-compact free-electron laser performance with very low MTE photocathodes