Workers at the world’s largest atom smasher are breaking ground on a performance-enhancing upgrade that will allow scientists to conduct even bigger and better physics experiments.
When two bunches of protons traveling close to the speed of light collide, artistic duo Semiconductor take that data and turn it into an immersive art installation.
High-energy physics labs worldwide are neighbors with numerous butterfly species–from the Common Blue (Polyommatus icarus, photo) found near CERN to the Pipevine Swallowtail (Battus philenor) that shares the Bay Area with SLAC. But where do butterflies go in the winter?
Supersymmetry. Dark matter. Extra dimensions. Scientists have proposed the International Linear Collider (ILC), a next-generation project designed to smash together electrons and their antiparticles at a higher-than-ever energy, to learn more about these and other mysteries of the universe.
Standing outside in the dark and the cold on the east coast of Scotland, 500 people let out a communal gasp as a huge screen was illuminated on the side of the Torness nuclear power station.
Upon arriving for work at the laboratory of Masatoshi Koshiba at the University of Tokyo, Yoji Totsuka handed me a fax telling of a supernova in the Large Magellanic Cloud, picked up by optical telescopes.
Unveiling the three-dimensional structure of proteins thrills scientists. While the potential for understanding the folding and function of enzymes is truly exciting by itself, exploring macromolecule structures also satisfies a more fundamental urge: to see the invisible.
Innovative 21st century technology at Argonne National Laboratory is taking researchers back to the 19th century, the 16th century, and even the third millennium BCE.