A new test bed for accelerator technology has thrown open its doors, with the goals of making particle accelerators smaller, cheaper and more efficient—and of expanding their role in society.
Physics training taught Brian Gerke how to figure out anything; now he’s applying his skills to energy-efficiency research, helping to set national standards.
The muon—the short-lived cousin of the electron—could be the key to understanding relationships between other fundamental particles. And it holds a mystery all its own.
In Gran Sasso National Laboratory’s cavernous Hall B, beneath 1400 meters of rock, amongst huge detectors of neutrinos and dark matter, Italian actor Marco Paolini spoke. And more than one million people listened—and watched.
Particles like the top quark weren’t the only characters to appear at Fermilab’s Tevatron. A physicist waxes nostalgic as scientists prepare to celebrate the accelerator’s contributions to science, technology and society at a symposium this month.