accelerator technology

John Byrd has been named director of the U.S. Particle Accelerator School. He succeeds Professor Steven Lund of Michigan State University, who has served as director since 2018.

Argonne and Fermilab were granted the funding as part of ARPA-E’s Nuclear Energy Waste Transmutation Optimized Now program to design a compact, cost-effective accelerator that can transmute long-lived nuclear waste into safer material.

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.

The coldbox, a vital piece of Fermilab’s new linear accelerator, is on a two-month voyage from France to its new home in Batavia, Illinois. It will be at the heart of the cryogenic system for the lab’s upgraded accelerator complex.

Researchers at Fermilab are building a prototype electron beam accelerator that integrates four emerging accelerator technologies. This more efficient accelerator system could be used for industrially for sterilizing medical equipment and large facilities that use other technologies.

The Indian Department of Atomic Energy is helping set up the new Proton Improvement Plan II project at Fermilab. India has reached a crucial milestone and is moving from the research and development phase to the construction phase. The transition strengthens the scientific partnership between India and U.S.

The P5 Panel’s bold suggestion to build a muon collider in the U.S. could be a good opportunity to unite particle physicists from around the world to establish whether a muon collider is feasible, at what cost and discover who can contribute expertise and facilities.

Don Lincoln highlights how a recent development described in the journal Nature involving miniature particle accelerator technology could advance cancer treatment. Although the technology is a long way from being perfected, it could take the form of a pocket-sized accelerator that could irradiate tumors more precisely without damaging health tissue.

The 10-meter-long cryomodule, part of the PIP-II particle accelerator project at Fermilab, is now undergoing testing to validate all its components and finalize its design. In a few years, Fermilab and international partners will produce four similar cryomodules that will propel particles in the new linear accelerator.

From the Daily Herald, April 22, 2022: Fermilab’s PIP-II accelerator project has received full approval from the Department of Energy for construction, including a new superconducting radio-frequency linear particle accelerator that will help scientists in their quest to better understand our universe.