A Novel Compact Accelerator for High-Repetition-Rate Soft X-Ray Free-Electron Lasers
Characterizing Liquid Crystal Films as Replenishable Plasma Mirrors for High-Power Laser Applications
A High-Brightness, Tunable MeV Photon Source for Radiographic Imaging and Nuclear Detection
A Novel Method for Accelerating Particle Accelerator Design
Novel 3D Neutron Imaging Technique for Hydrogen Detection on Planetary Surfaces
Open-Source, Real-Time Platform for Distributed Fiber-Optic Sensing
Automating the Discovery, Optimization, and Control of Quantum Circuits
Modeling Laser-Based Particle Acceleration for Muon Production
Using Artificial Intelligence to Stabilize High-Power Lasers for Laser-Plasma Accelerators
Using Lasers to Improve the Efficiency of Quantum Emitters in Silicon
A Scalable, Whole-Chip Method for Analyzing Noise in Quantum Processors
Using Liquid Crystal Films as Renewable Ultra-Fast Plasma Mirrors for Petawatt-Class Lasers
