RadiaSoft scientists are advancing the state of the art in simulation and design of high power particle beams and directed radiation for research facilities, DOE national laboratories, and DoD services, laboratories and prime contractors. We develop intuitive browser-based GUIs for open source, high-performance codes. Our algorithms and software solutions drive major improvements in accelerator design and research productivity. Our cloud-based computing will dramatically expand the user base.

Particle accelerator systems modeled and designed by RadiaSoft include electron linear accelerators, free-electron lasers, synchrotron radiation generated in electron rings, high-intensity proton synchrotrons and accumulator rings. Defense directed energy system applications include free electron lasers, compact X-ray sources, high-power radar, electromagnetic pulse (EMP) sources and THz generation. RadiaSoft provides state of the art research and development capabilities, while offering the flexibility and customer focus of a small business.

Core Technology Capabilities

  • Innovation and in-depth knowledge of parallel high-performance computing
  • R&D in theoretical analysis, algorithm development, high-performance computing and computational studies to improve the performance of particle accelerators
  • High performance modeling and design of ion accelerators, electron accelerators and the associated charged particle beams, beam generated radiation pulses, free electron lasers, X-ray optics, and the interaction of ultra-short laser pulses and electron beams with plasmas or dielectric structures
  • Software development for directed energy systems, including free electron lasers, compact X-ray sources, high-power radar, electromagnetic pulse (EMP) sources and THz generation
  • Customized adaptation of open source, high performance scientific and engineering software for ease of installation, use and upgrade
  • Intuitive browser-based GUIs
  • Customized solutions and technical support