Steve Jiang describes how deep learning can help meet the key requirements of dose calculations for proton therapy
Read article: Deep learning enables fast and accurate proton dose calculations
The laser plasma accelerator provides a unique platform for translational research with ultrahigh-dose-rate proton beams
Read article: Laser plasma accelerators unlock potential for radiobiology studies with protons
Advances in pencil-beam scanning and robotics could make compact, gantry-less proton therapy a reality
Read article: Can pencil-beam scanning enable gantry-free proton therapy?
A prototype proton imaging system shows potential to create proton therapy plans with smaller target margins
Read article: Proton CT offers low-dose treatment planning with reduced range uncertainties
Combining prompt gamma spectroscopy with a silicon-filled endorectal balloon could enhance the safety of prostate cancer proton therapy
Read article: Prompt gamma spectroscopy enables real-time proton range monitoring
Laser acceleration technique could create ultrashort-pulse, high-energy carbon ion beams for future radiotherapy applications
Read article: Intense radiation pressure enables selective acceleration of carbon ion beams
A study investigating pencil-beam scanning FLASH proton therapy wins Brita Singers Sørensen the Donal Hollywood Award at ESTRO 2021
Read article: Proton FLASH study wins best abstract award at ESTRO congress
Helsinki University Hospital is working with industry partners to realize the clinical potential of boron neutron capture therapy for complex cancer treatments
Read article: Finnish BNCT pioneers set their sights on clinical translation to the hospital campus
Prompt gamma imaging provides first-in-human verification of dual-energy CT-based proton range prediction
Read article: Prompt gammas validate use of dual-energy CT to reduce proton therapy safety margins
Combining proton and photon treatments could increase the implementation of proton therapy or help optimize existing proton resources
Read article: Protons combine with photons to optimize cancer treatments
