Studying Gas Production in REBCO-Based Superconducting Magnets for Future Fusion Reactors
A New Method for Measuring Inter-Tape Resistance in Superconducting Cables
Combining Numerical Simulation Techniques Improves Laser-Plasma Accelerator Modeling
Tapering In Gas Jets Increases The Efficiency Of 10-GeV Class Laser Plasma Accelerators
Modeling And Design Of Compact Beam Transport For Laser-Driven Proton Beams
Coupling Particle-In-Cell And Monte Carlo Collisions To Improve The Accuracy of Numerical Simulations
Fiber-Optic Sensing Key To Unlocking Potential Of High-Field Magnets For Fusion And Future Colliders
Using Mesh Refinement To Accurately Simulate Relativistic Magnetic Reconnection In Plasmas
Enhancing Nuclear Isomer Populations Using Ultrafast Electron Beams
Improved Stability In Relativistic Plasma Simulations Using Novel Pseudospectral Particle-In-Cell Formulation
Laser-Driven Ion Acceleration from Foam Targets: Aligning Simulations with Experimental Results
3Q4: Pat Thomas
