- Sabrina Appel (GSI), Machine learning and advanced accelerator optimisation at GSI/FAIR
- Martin Berz (MSU), Nonlinear beam dynamics tools for field treatment, symplectic tracking and spin in COSY INFINITY
- Brandon Cathey (ORNL), PyORBIT as an online model and virtual accelerator at SNS
- Wei Yuan Chiang (NSRRC), Computational challenges in the development of a THz FEL at National Synchrotron Radiation Research Center
- Laurent Deniau (CERN), MAD-NG, a standalone multiplatform tool for non-linear optics design and optimisation and the successor to MAD-X
- Auralee Edelen (SLAC), Machine learning models for particle accelerator optimisation
- Thilo Egenolf (TU Darmstadt), Fast surrogate models for dielectric laser accelerator diagnostics
- Lixin Ge (SLAC), Integrated simulation of cavity design and radiation transport codes (ACE3P + Geant4)
- Timofey Gorlov (ORNL), Interaction of negative hydrogen ion beam with laser for laser assisted charge exchange injection
- Yue Hao (MSU), A Julia package for auto-differentiation application accelerator modeling and tracking
- Chengkun Huang (LANL), Simulation advances in Coherent Synchrotron Radiation modeling
- Giovanni Iadarola (CERN), Xsuite: a multiplatform toolbox for optics design, fast tracking, collimation and collective effects
- Ivan Karpov (CERN), Longitudinal beam dynamics simulations
- Yang Liu (LBNL), Time domain Green's Function-based EM field solver
- Chad Mitchell (LBNL), Tools for modeling beam dynamics in rings based on nonlinear integrable optics
- Ji Qiang (LBNL), Advances in modeling space-charge effects
- Kiersten Ruisard (ORNL), Benchmark of Linac model and phase space measurements at the SNS Beam Test Facility
- Michael Schenk (CERN), Automation and AI integration at the CERN injectors
- Shan You Teng (NCU), Numerical simulation of a laser plasma driven HGHG FEL
- Eremey Valetov (MSU), Beam dynamics for the Muon g-2 experiment
- Frederik Van der Veken (CERN), Introducing Xcoll: a streamlined approach to collimation and beam loss simulations using Xsuite
- Jean-Luc Vay (LBNL), Overview of US SciDAC5 accelerator modeling project
- Mariusz Wozniak (CERN), Simulation of quench protection systems of next generation superconducting magnets
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