
See the Strange Underground Detector Probing Neutrino Mysteries
The LEGEND-200 detector could help explain why matter dominates the known universe

See the Strange Underground Detector Probing Neutrino Mysteries
The LEGEND-200 detector could help explain why matter dominates the known universe

How the Higgs Boson Ruined Peter Higgs’s Life
A new biography of the physicist and the particle he predicted reveals his disdain for the spotlight


What Are Neutrinos, and How Can We Measure Their Mass?
The weirdest subatomic particles require enormous equipment to study

God, Dark Matter and Falling Cats: A Conversation with 2022 Templeton Prize Winner Frank Wilczek
The physics Nobelist and author has not exactly found religion—but that doesn’t mean he’s stopped looking

Large Hadron Collider Seeks New Particles after Major Upgrade
Long-awaited boosts to the world’s most powerful collider could spur breakthroughs in the hunt for physics beyond the Standard Model

Troubled U.S. Neutrino Project Faces Uncertain Future—and Fresh Opportunities
A new two-phase approach to building the Deep Underground Neutrino Experiment ignites controversy among particle physicists

Elementary Particle’s Unexpected Heft Stuns Physicists
A new analysis by the CDF collaboration is a bolt from the blue, finding that the W boson is significantly heavier than suggested by previous measurements and theoretical prediction

CERN Suspends Collaborations with Russia
Citing the military invasion of Ukraine, the world’s leading organization for particle physics research has paused its work with Russia

Why Some Fluids Flow Slower when Pushed Harder
A transparent rock experiment shows how stretchy molecules kick up eddies

How Light Is a Neutrino? The Answer Is Closer Than Ever
The latest effort to weigh the elusive particle produces a more precise estimate of its upper limit

How to Levitate Ice—With Science
New research leverages old physics to turn ice pucks into hovercraft

In a First, an ‘Atomic Fountain’ Has Measured the Curvature of Spacetime
The atom interferometry technique uses the effects of time dilation to reveal subtle changes in gravity’s strength