Read article 'MEDICIS shows its strength'
MEDICIS shows its strength
CERN’s MEDICIS facility is producing novel radioisotopes for medical research.
Read article 'MEDICIS shows its strength'
Read article 'Very high-energy electrons for cancer therapy'
Very high-energy electrons for cancer therapy
The VHEE 2020 International Workshop saw more than 400 scientists gather virtually to evaluate the production of very high-energy electrons for radiotherapy.
Read article 'CERN takes next step for hadron therapy'
CERN takes next step for hadron therapy
The Next Ion Medical Machine Study ("NIMMS") aims to design a new generation of light-ion accelerators for medicine.
Read article 'Adapting CLIC tech for FLASH therapy'
Adapting CLIC tech for FLASH therapy
A collaboration between CERN and Lausanne University Hospital will see technology developed for the proposed Compact Linear Collider drive a novel cancer radiotherapy facility.
Read article 'Beating cardiac arrhythmia'
Beating cardiac arrhythmia
Adriano Garonna co-founded EBAMed, a company which develops technologies to enable non-invasive treatments of heart arrhythmia using proton beams.
Read article 'Neutrinos for peace'
Neutrinos for peace
Detectors similar to those used to hunt for sterile neutrinos could help guard against the extraction of plutonium-239 for nuclear weapons, writes Patrick Huber.
Read article 'CLIC lights the way for FLASH therapy'
CLIC lights the way for FLASH therapy
A new collaboration between CERN and CHUV plans to use ultrafast bursts of electrons to destroy tumours.
Read article 'TESLA’s high-gradient march'
TESLA’s high-gradient march
The TESLA Technology Collaboration has played a major role in the development of superconducting radio-frequency cavities for a wide variety of applications.
Read article 'Spiralling into the femtoscale'
Spiralling into the femtoscale
The SPIRAL2 facility at GANIL will probe short-lived heavy nuclei and address applications in fission and materials science.
Read article 'Exploring nuclei at the limits'
Exploring nuclei at the limits
Studies using traps and lasers not only help researchers understand nuclear structure, but also offer new ways to look for physics beyond the Standard Model.
