GeV-scale bremsstrahlung from an electron accelerator can be used to produce copper-64 and copper-67
Read article: Leftover gamma rays produce medically important radioisotopes
Interaction could lead to experiments that challenge the Standard Model
Read article: Elusive scattering of antineutrinos from nuclei spotted using small detector
Record-breaking 100 keV beam could enable next-generation experiments
Read article: High-quality muon beam holds promise for future collider
Simulations suggest that new design could deliver gigaelectronvolt protons
Read article: Micronozzle could give laser-driven particle accelerators a boost
New maximum for notoriously shy particle is 0.45 eV – 1 million times less than the electron
Read article: KATRIN sets tighter limit on neutrino mass
Femtosecond-long, petawatt-peak power beam could be used to probe previously inaccessible phenomena in materials science, quantum physics and even astrophysics
Read article: Ultrashort electron beam sets new power record
A new type of water-based scintillator made from quantum dots could make neutrino detectors safer and cheaper
Read article: Quantum dot liquid scintillator could revolutionize neutrino detection
Protons were driven to 150 MeV, 50% higher than previous record
Read article: Laser-driven accelerator benefits from clever use of light pulses
Tetromino shapes could reduce the size and cost of detectors
Read article: Tetris-inspired radiation detector uses machine learning
Novel detector concept narrows constraints on where dark matter might be found
Read article: BREAD experiment tracks dark photons to new levels
