The long-range goal of this program is the development and commercialization of proton accelerators suitable for radiation therapy of cancer in hospital or clinical settings. for this purpose the accelerator should have an energy up to 250 mev, and must be simple, reliable, and inexpensive compared… More

The long-range goal of this program is the development and commercialization of a proton therapy delivery system that will lead to a substantial advancement over existing methodsof cancer treatment with protons. delivery system components will include raster scanning magnets, small aperture bending… More

The long-term objective of this program is the development of the capability of precision proton radiography with accelerator systems designed or used for proton radiation therapy. a proton radiograph taken immediately prior to radiation treatment could give increased confidence in the adequacy of… More

Ganuna (7)-ray lenses are an advanced technology currently under development at Argonne National Laboratory for arms control application. The purpose of this proposal is to address whether y-ray lens technology can enable an improved system for imaging radioactive isotopes in patients. In nuclear… More