
What is AMS telling us?
The latest cosmic-ray data from AMS have implications for particle-physics models of dark matter and other novel phenomena, says John Ellis.
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The latest cosmic-ray data from AMS have implications for particle-physics models of dark matter and other novel phenomena, says John Ellis.
Advanced scintillating materials have found their way into novel detectors for physics and medicine.
Résumé Le CLIC s’attaque au défi des TeV Le collisionneur linéaire compact (CLIC) est un collisionneur linéaire à haute luminosité de plusieurs TeV, en dé...
Our understanding of nature’s fundamental constituents owes much to particle colliders. Notable discoveries include the W and Z bosons at CERN’s Super Proton Synchrotron in the 1980s, the top qua...
Interview with Kip Thorne, who predicted LIGO’s observation of gravitational waves.
No result at ICHEP 2016 was more highly anticipated than the updates on the 750 GeV diphoton resonance hinted at in data from the ATLAS and CMS experiments in 2015.
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Résumé Le CERN produira des radio-isotopes pour la médecine Le lien entre les communautés des accélérateurs et de la médecine remonte à presque 50 ans. Aujourd&...
Accelerator upgrades will help to meet the demand for strontium-82.
External-beam radiation therapy is used routinely to treat many different types of cancerous tumours, delivering a targeted dose of radiation to cancer cells while sparing surrounding healthy tissue a...