![]() ![]() If something goes wrong, operators are the ones to head out to investigate and either solve the problem or find a more senior operator who can. Beeps and blips and other sound effects provide auditory cues that can cut through the noise of people coming in to check out access keys, inform operators of an issue, or just pop by for a quick hello. They must keep track of multiple monitors at their individual consoles, along with bigger screens that display to the whole room an overall system status and a weather radar-since the accelerator complex can be affected by storms. Working in the control room requires operators to multitask. “You get to be in the control room and talk to the experts, see what’s going on, and meet everyone.” “ allows you to know everyone and get experience at different times during the day,” O’Neil says. The PIP-II construction project, currently underway, will increase the capabilities of the entire accelerator complex with a brand-new 700-foot linear superconducting accelerator.Īll of this, along with maintenance of the separate parts of the accelerator complex, goes through the accelerator operators in Fermilab’s Main Control Room.Įach group of operators, led by a crew chief, rotates through day, evening and overnight shifts to keep the control room staffed 24/7. They use the Main Injector, also 2 miles in circumference, to produce the world’s highest-intensity neutrino beam for long-baseline neutrino experiments. Transferring protons from the Recycler to the Main Injector, the next step along the line, allows operators to ramp up the energy even more. Operators can also transfer a beam from the Booster into the 2-miles-in-circumference Recycler instead to change its composition or produce beams of muons for muon experiments. From there, operators can direct the beam to different parts of the complex, including Fermilab’s neutrino and muon experiments.īy steering protons from the Booster into a target, operators can create beams of low-energy neutrinos for neutrino experiments. From the Linac, the proton beam heads to the Booster, a 1,500-foot circular accelerator that increases the energy of the beam. It all starts with the 500-foot linear accelerator, or Linac, which operators use to give a beam of protons their first kick.
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