Two scientists explain how a linear accelerator works—and how it could reveal rare forms of matter
Just a few hundred feet from where we are sitting is a large metal chamber devoid of air and draped with the wires needed to control the instruments inside. A beam of particles passes through the ...
Particle accelerators, also known as particle colliders or atom smashers, have been responsible for some of the most exciting physics findings over the past century, including the discovery of the ...
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How do particle accelerators really work?
Particle accelerators are often framed as exotic machines built only to chase obscure particles, but they are really precision tools that use electric fields and magnets to steer tiny beams of matter ...
After nearly a decade in development, the second iteration of the Linac Coherent Light Source (LCLS) at the DoE's Stanford Linear Accelerator Center (SLAC) is nearly ready to start throwing photons ...
A particle accelerator's $1 billion upgrade could lead to improvements in electronic gear. Also in SLAC's sights: better batteries and cancer treatments. Stephen Shankland worked at CNET from 1998 to ...
Imagine a machine that could identify the materials in a work of art in mere hours, determining when it was made, identifying modern-day forgeries, or even, in the case of metal jewelry, what mine a ...
Medical linear accelerators (linacs) have revolutionised cancer treatment by delivering precise high-energy photon and electron beams, yet the production of secondary neutrons remains a critical ...
IIIF provides researchers rich metadata and media viewing options for comparison of works across cultural heritage collections. Visit the IIIF page to learn more. Object 1978.1073.01.1 is the first ...
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