latest news

04/25/18

First collisions at Belle II

The Japan-based experiment is one step closer to answering mystifying questions about antimatter.

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Conceptual illustration of random objects with a gorilla in the center

Physics beyond the imaginable

09/03/24

Sarah Charley

The CMS experiment is developing a new type of trigger that looks for anomalies.

An illustration of a technician monitoring an experiment

02/01/07

Simulations

Simulations allow physicists to make predictions.

02/01/07

Dark matter rap

I first heard of dark matter at a Moriond Conference in 1987.

12/01/06

Luis Alvarez, a physicist at what today is the Lawrence Berkeley National Laboratory, attended a 1953 meeting of the American Physical Society and heard a young University of Michigan physicist named Donald Glaser describe a particle detector he’d developed and called a “bubble chambe

12/01/06

LCLS ground breaking

Call it subtle irony: The ground breaking for SLAC's Linac Coherent Light Source (LCLS) took place among earth movers that had already been busily transforming the rolling California landscape for weeks.

12/01/06

The many lives of Fermi's magnet

If this magnet could talk, you'd hear some amazing stories. During its half-century career, this four-million-pound magnet contributed to experiments that changed our view of physics while serving some of the field's foremost experimenters, including Enrico Fermi.

12/01/06

A project worth its salt

The Japan Proton Accelerator Research Complex (J-PARC) isn't scheduled to open until 2008, but the Tokai campus facility is already the site of discovery—just not of the physics variety.

12/01/06

Lylie Fisher: Beauty bubbles through

For artist Lylie Fisher, particle physics is much more than a field of science. It is art: "Like art, particle physics deals with the invisible," says Fisher. "One portrays emotional and spiritual experiences; the other studies unseen matter and energy.

12/01/06

The human side of virtual collaboration

Advances in virtual control technology have shown scientists just how important humans are after all. Although scientists can now essentially operate a particle collider from anywhere in the world, having members of a team work well remotely is just as significant a challenge.

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