magnet in particle physics experiments, magnet, science, engineering, accelerator

Throwback Thursday to March 2006, when this photo was taken. Fermilab’s Duane Newhart sits inside a giant magnet, whose construction began in 1947.

On May 23, after seven weeks of commissioning a recently completed addition to the Fermilab accelerator chain, a team of accelerator experts successfully delivered first particle beams to the Muon g-2 storage ring magnet.

This is one of the several conning towers that served as the feed-through for a corrector magnet in the Tevatron. The red silicone protected the electrical connections from corrosion, which could lead to electrical shorts. An ice ball was usually present around the whole tower when the magnet was in use.

Dipole magnets produce the dominant magnetic field that bends the particles traveling through the Main Ring. This particular dipole magnet sits skewed and bends both vertically and horizontally — deliberately so! — just ahead of the DZero collision hall.

Physicists are proposing a Future Circular Collider that can smash particles at an energy of 100 trillion electronvolts — seven times greater than that of the LHC. What could we discover using this 60-mile-circumference collider?

These shiny, neat rows of metal boxes together make up the new Marx modulator for the Fermilab linear accelerator.