Group Members

Faculty

Bela Erdelyi

Scientists

• Afnan al Marzouk
  • Circular Beam Mode Performance in the Presence of Intra-Beam Scattering and Beam Cooling
• Dmitry Shatilov
  • Beam Dynamics Studies (IOTA, EIC)

Students

• David Iglesias Tinoco
  • Symplectic and Homological Methods in Beam Physics
• Tasfia Yeashna
  • Hardware-Aware AI-Driven Autonomous Control and Optimization of Accelerators
• Ben Simons
  • Beam Dynamics of Proton Bunch Compression in Extreme Space Charge
• John White
  • COSY Infinity Rust Transpiler

Past Group Members

• Kevin Hamilton
  • Dissertation: Dynamic Aperture Maximization Methods
  • Thesis: On the self-force problem of point-like charged particles in classical electrodynamics (PDF)
• Christopher DeJong
  • COSY Infinity C++ Transpiler
• Alister Tencate
  • Dissertation: A High-Precision Electron Emission Model: Computational Methods for Nanoscale Structures
• Afnan Al Marzouk
  • Dissertation: Particles with high-order adaptive dynamics (PHAD), Picard integrator, N-body, Simo integrator (PDF)
• Sumana Abeyratne
  • Dissertation: 3D FMM, particles with high-order adaptive dynamics (PHAD) (PDF)
• Ahmed Aljilawi
  • BEM
• Laura Bandura
  • Dissertation: Monte Carlo COSY (PDF)
• Kakoli Bhuyan
  • Electron beamlets with PHAD
• Mario Borha
  • Stable polynomials
• Derek Garrity
  • Fast multipole method (FMM)
• Anthony Gee
  • Dissertation: COMFY, parallel COMFY (PDF)
• Danairis Hernandez
  • Thesis: Moment method in COMFY (PDF)
• James Maloney
  • Dissertation: (E)PIC cooling of muons (PDF)
• Tanuja Nandamuri
  • Fast multipole method (FMM)
• Ed Nissen
  • Dissertation: COMFY, parallel COMFY, moment method, single-level 2D fast multipole method (FMM) (PDF)
• Caesar E. Ordoñez
  • 3D FMM, Parallel 3D FMM, pCT
• Andrei Patapenka
  • Integrable Hamiltonian systems, IOTA
• Jake Pratscher
  • Integrable hamiltonian systems
• Saroj Rai
  • Thesis: Proton computed tomography (pCT) (PDF)
• Scott Rexford 
  • Integrable discretizations
• Herman Schaumburg
  • Picard integrator, N-body, particles with high-order adaptive dynamics (PHAD), stable polynomials
• Marie Swartz
  • Integrable Hamiltonian systems
• Kent Wong 
  • Thesis: Proton computed tomography (pCT) (PDF)