Cornell University (CLASSE)
Author in the following contributions
- Single line ERL permanent magnet FFA accelerator for LHeC
- Permanent magnet electron energy synchrotron 2.5–18 GeV with fixed betatron tunes
- Polarization preservation methods for the Electron Storage Ring of the EIC
- Development of FFA RLA design concept
- The EIC accelerator: design highlights and project status
- Dynamic aperture of the EIC electron storage ring
- BAGELS: A general method for minimizing the rate of radiative depolarization in electron storage rings
- Current status of the FFA@CEBAF energy upgrade
- Modeling interference of two first-order resonances with two Siberian snakes using machine learning
- Comprehensive modeling of Siberian Snakes in BNL’s AGS: symplectic tracking and optical compensation
- Proton polarization in RHIC with partial Siberian snakes
- Dynamic aperture of the RCS during bunch merges
- Optimization of cooling distribution of the EIC SHC cooler ERL
- Various methods for computing dominant spin-orbit resonance strengths in storage rings
- Bmad based particle tracking simulation for slow resonant extraction
- Dynamic aperture in a wiggler dominated ring electron cooler of the EIC
- Snake matching the EIC's hadron storage ring
- Optimization of AGS bunch merging with reinforcement learning
- Bmad-Julia: a Julia environment for accelerator simulations including machine learning
- Resonant matching section for CEBAF energy upgrade
- AGS Booster model calibration and digital-twin development
- Various methods for computing dominant spin-orbit resonance strengths in storage rings
- AGS Booster model calibration and digital-twin development
- Comprehensive modeling of Siberian Snakes in BNL’s AGS: symplectic tracking and optical compensation
- Dynamic aperture of the RCS during bunch merges
- Optimization of cooling distribution of the EIC cooler ERL
- BAGELS: A general method for minimizing the rate of radiative depolarization in electron storage rings
