Or you can run like an antiproton if you prefer.

From a press release by Fermilab, the National Accelerator Laboratory in Illinois:

It’s one thing for kids to try to envision particles zipping around underground when learning about the science at Fermilab. It’s another thing entirely for them to pretend to be particles charging along an accelerator path, revealing new physics as they fly by.

This week the Fermilab Education Office celebrated the completion of its new Run Like A Proton accelerator path for middle- and high-school-age visitors to the laboratory.

Located at the Lederman Science Center, the path is an aboveground, scaled-down version of the routes a particle can take through Fermilab’s accelerator complex. While running along the path, kids can act like they are the particles of the lab’s physics program zipping through underground tunnels.

“Kids have different modes of learning,” said Spencer Pasero of Fermilab’s Education Office. “They can learn about the work of the lab with our indoor exhibits, but now they can also learn about it through our new outdoor playground.”

It’s a playground with a physics lesson. Kids playing the parts of protons and antiprotons “collide” by high-fiving each other as they run along the accelerator path. Signs along the path guide them in the right direction, whether they want to follow the path a proton would take as it circles the Main Injector or assume the flight of a neutrino headed toward Minnesota


“Students run like a proton around the accelerator path, and afterward when they go on a tour of Fermilab, the docents ask them, ‘Remember when you were running like a proton?’” said Marge Bardeen, head of the Education Office. “And they remember! What a great way to learn.”

Fermilab’s new Run Like A Proton accelerator path
at the Lederman Science Center is now open.
Photo: Reidar Hahn

Learning about science really is fun, for everyone!

A good comment to this announcement was posted on Quantum Diaries:

Chris says:

One difference. The protons don’t cry when they collide with an anti-proton.