At RIKEN RI Beam Factory (RIBF), Wako, Japan, we have been developing production technologies of radioisotopes (RIs) and conducting RI application studies in the fields of physics, chemistry, biology, engineering, medicine, pharmaceutical and environmental sciences. With light- to heavy-ion beams from the AVF cyclotron, we produce more than 100 RIs from 7Be to 262Db. RIs of a large number of...
IAMI encompasses the multiple accelerator systems at TRIUMF with international expertise in the application of radioactivity in basic and applied research.
The accelerators include protons and electrons from 13 MeV to 500 MeV, all with high beam currents.
The IAMI team will focus on the merging field of Theranostics, bringing the imaging capabilities to the treatment of disease under...
This talk will present a number of physics opportunities associated with a 60 MeV/amu cyclotron, using the IsoDAR experiment as an example.
The Mu3e collaboration is currently constructing the phase I experimental setup at the Paul Scherrer Institut (PSI) over the next two years. A very successful prototype run confirmed the technical concepts being feasible. This setup will reach an unprecedented sensitivity for an upper limit of $BR(\mu\rightarrow e e e) < 10^{-15}$ using a stopping rate of $10^8 \mu^+/s$ on the target. The...
This short talk will underline beam requirements for ADS-R application; foreseeable accelerator options to achieve these, and today's landscape; challenges to overcome; areas of R&D.
A brief review of the present status and future possible developments for Accelerator Driven Reactors, of the requirements for the accelerator, and whether these can be met by a cyclotron or an FFA.
A review of the High power cyclotron projects proposed to drive ADS is shortly present.
Their advantages and limits as drivers for ADS are discussed. The possible technical solutions and/or research needs to overcome these limits are also discussed.
