World's coolest molecules

It's official. Yale physicists have chilled the world's coolest molecules.

Reining in chaos in particle colliders yields big results

When beams with trillions of particles go zipping around at near light speed, there's bound to be some chaos. Limiting that chaos in particle colliders is crucial for the groundbreaking results such experiments are designed ...

SLAC contributes cutting-edge sensor design to ATLAS upgrade

A new type of silicon sensor first developed at SLAC is an important part of an upgrade to the ATLAS pixel detector, the innermost portion of one of the two main instruments at the Large Hadron Collider in Europe.

Physics panel to feds: Beam us up some neutrinos (Update)

The U.S. should build a billion-dollar project to beam ghostlike subatomic particles 800 miles (1,300 kilometers) underground west from Chicago to the high plains state of South Dakota, a committee of experts told the federal ...

Deformable mirror corrects errors

Very high power is needed to cut or weld using a laser beam. But this creates its own problem: the beam's energy deforms the mirrors that are focusing it to a point. When this happens, the beam expands and loses intensity. ...

The debut of the antihydrogen beam

The standard model of particle physics suggests that matter and antimatter are equal and opposite in every way. Yet the observable Universe is made almost entirely of matter—an asymmetry that remains one of the greatest ...

Electron beams and radio signals from the surface of the Sun

The sun emits light, but it also emits particle beams. A scientist at the Swedish Insitute of Space Physics (IRF) in Uppsala has revealed how these beams generate radio waves. These radio waves can tell us about the outer ...

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