In the deep, dark quantum sea known as the Intensity Frontier, particle physicists expect to find everything from exotic new particles to new insights into the evolution of our universe.
Big science takes both big data and big cooperation. For the Large Hadron Collider at CERN, storing, analyzing and accessing 25 petabytes of data each year requires a worldwide effort that spans more than 100 institutions in 36 countries. Here’s how it works.
As science produces an ever-growing flood of information, researchers in many fields struggle with how to collect, store, manage and distribute “big data.” Perhaps they could learn a thing or two from particle physics, a field that's been awash in enormous data sets for decades.
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.
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.