cryomodule

Fermilab Senior Scientist Grigory Eremeev built and tested the first niobium-tin alloy cryomodule called Gray Enid I as part of his DOE Early Career Award when he was at Jefferson Lab. The cryomodule, is now being prepared for its first electron beam tests.

Fermilab engineers escorted a 209,000-pound coldbox into its new home at Fermilab as part of a new particle accelerator project aiming to better understand the building blocks of the universe.

Jefferson Lab successfully tested the first niobium-tin alloy cryomodule, a prototype section of particle accelerator, that is capable of accelerating electrons to energies exceeding 10 million electron-Volts.
Senior scientist Grigory Eremeev led the project and a Fermilab team leveraged the lab’s Nb3Sn coating facility, SRF cavity processing and testing infrastructure.

A partnership between Fermilab and xLight Inc. will focus on producing advanced semiconductors in the United States using extreme ultraviolet light and accelerator technology.

The Science and Technology Facilities Council has built an ISO Class 4 cleanroom at the Fermilab to accommodate cryomodules for the PIP-II particle accelerator.

The first components for the Deep Underground Neutrino Experiment have arrived in Lead, SD. Starting this spring the LBNF/DUNE project team and officials at the Sanford Underground Research Facility will begin tests to ensure cryostats for the experiment can be safely lowered down the Ross Shaft.

With up to a million X-ray flashes per second, 8,000 times more than its predecessor, it transforms the ability of scientists to explore atomic-scale, ultrafast phenomena that are key to a broad range of applications, from quantum materials to clean-energy technologies and medicine.

Fermilab and India’s Department of Atomic Energy institutions enjoy a strong partnership, further strengthened by Indian scientists assisting with work on the new particle accelerator.

Prototyping is an indispensable step in the development of particle physics experiments like DUNE and projects like PIP-II.

To build the DUNE neutrino experiment and its associated accelerator upgrade, experts invent customized ways to transport fragile, expensive and highly specialized components.