Read article: Quantum dot liquid scintillator could revolutionize neutrino detection
A new type of water-based scintillator made from quantum dots could make neutrino detectors safer and cheaper
Read article: Laser-driven accelerator benefits from clever use of light pulses
Protons were driven to 150 MeV, 50% higher than previous record
Read article: Tetris-inspired radiation detector uses machine learning
Tetromino shapes could reduce the size and cost of detectors
Read article: BREAD experiment tracks dark photons to new levels
Novel detector concept narrows constraints on where dark matter might be found
Read article: Dielectric laser accelerator creates focused electron beam
Advancements in nanoscience, lasers and vacuum drove breakthrough
Read article: Compton camera measures gamma-ray polarization in nuclear physics experiment
Efficient detection could provide insights into rare nuclei
Read article: New positron source could give lepton colliders a boost
High-temperature superconductor solenoid focuses antiparticles
Read article: Nanoparticles give laser wakefield accelerator a boost to 10 GeV
Aluminium in plasma puts electrons in the right place at the right time
Read article: Cool Copper Collider most environmentally friendly among Higgs factory designs, finds study
An analysis concludes that the US-based facility would, if built, have the lowest overall carbon footprint in terms of physics output
Read article: Electrons accelerated by firing lasers into nanophotonic cavities
Accelerator-on-a-chip could find use in medicine and industry
