A joint Fermilab/SLAC publication
Illustration of a Higgs party
09/06/13

Famous Higgs analogy, illustrated

A Fermilab physicist and TED artists have created a short animation about the most famous description of the Higgs field.

Photo of Fermilab beamline
09/04/13

Upgraded Fermilab neutrino beam back in business

After more than a year of improvements, Fermilab's accelerator complex has begun sending neutrinos to experiments at the lab and in Minnesota.

Photo of Daya Bay
08/22/13

Daya Bay furthers neutrino knowledge

A new Daya Bay result advances our understanding of neutrinos by precisely measuring their oscillation behavior at different energies.

Photo of Saul Perlmutter
08/07/13

Q&A with Nobel Laureate Saul Perlmutter

Perlmutter chats with Symmetry about the fate of the universe and a certain phone call from the Swedish Academy.

Photo of Physics Slam on ice
08/05/13

Scientists compete in first physics slam on ice

Six scientists battled in a Minnesota hockey arena to be named the best physics entertainer.

Photo of Kamiokande
07/19/13

T2K experiment catches neutrinos in the act

For the first time, an experiment has definitively observed the appearance of neutrinos that have changed from one type to another.

Photo of magnetic field
07/18/13

Real talk: Everything is made of fields

Theorist Sean Carroll thinks it’s time you learned the truth: All of the particles you know—including the Higgs—are actually fields.

Photo of Nigel Lockyer
06/20/13

Nigel Lockyer appointed director of Fermilab

Nigel Lockyer, director of Canada’s TRIUMF laboratory since 2007, will take over for retiring Fermilab Director Pier Oddone.

Illustration of Cinderella and her pumpkin: diagonally split orange and blue background
06/07/13

Winner: Cinderella’s convertible carriage

Reader Emily Conover wins symmetry’s latest contest with her fairy-tale description of neutrino oscillation.

Illustration of figure of man at a supersymmetry blackboard
06/06/13

A 10-minute lesson in supersymmetry

In two new videos, Fermilab physicist Don Lincoln explains the what and the why of supersymmetry.

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