Forces Net, Jan. 3, 2023: Fermilab researchers recently collaborated with the U.S. Army Engineer Research and Development Center to build a compact SRF electron accelerator prototype at the IARC. This collaborative work used electron beam accelerator technology to create surfacing materials to serve military transport to improve and extend the lifespan of modern runways and other surfaces.
In the news
From Live Science, Dec. 29, 2022: This past year proved successful for particle physics research. Read more about the eight projects identified by Live Science as the biggest and best physics stories of 2022 and how Fermilab was a part of two of them.
From Nasdaq, Dec. 15, 2022: Quantum computing can perform calculations in ways that are impossible for classical computers. It was recently announced that Google’s Sycamore quantum processor was used by researchers from Caltech, Google, Fermilab, MIT and Harvard to generate and control what is equivalent to an Einstein-Rosen bridge, or more commonly referred to as a wormhole.
From New Scientist, Dec. 16, 2022: This year was another busy year in science and technology and New Scientist news editors’ have chosen some of the biggest scientific developments, discoveries and events in 2022. Included in this year’s selections is the April 2022 announcement of the mass of the W boson that used Fermilab’s Tevatron.
From CNN Opinion, Dec. 14, 2022: Don Lincoln examines the result from the National Ignition Facility at Lawrence Livermore National Laboratory that fusing elements released more energy than the lasers supplied. While this is a monumental step for science and a spectacular technical achievement, the process has to be repeated again and again and engineers need to construct a containment structure that can survive the bath of neutrons that a functional fusion generator will create.
From the University of Chicago News, Dec. 8, 2022: A new study in Nature Astronomy proposes sending an atomic clock onboard a spacecraft to fly close to the sun in order to detect the mysterious substance known as dark matter. By finding dark matter and understanding its properties, we might then understand the evolution of our universe.
From the Innovation News Network, Dec. 9, 2022: Learn more about the capabilities of the anode plane assemblies for DUNE’s far detector and the UK’s contributions to the Deep Underground Neutrino Experiment in an interview with Justin Evans from the University of Manchester.
From the Big Think, Dec. 2, 2022: Recently, a team of researchers from Cal Tech, Fermilab, Google, MIT and Harvard announced they modeled wormhole behavior on a quantum computer. They used Google’s quantum computer Sycamore to generate and control what is equivalent to a wormhole and results suggest that wormholes might be real.
From Whitehouse.gov, Dec. 5, 2022: Last week the White House Office of Science and Technology Policy hosted the thirteen National Quantum Initiative and National Defense Authorization Act research centers to discuss the most pressing scientific and workforce challenges affecting quantum information science and the impacts and benefits of the field to society. Fermilab’s Sam Posen and Jens Koch attended the summit to present SQMS’s mission, major scientific impacts, as well their approaches to building multi-disciplinary research teams, engagement with industry, and education and outreach.
From the American Institute of Physics, Dec. 5, 2022: What is next for the P5 process and the final report from the Snowmass conference? Later this week, the High Energy Physics Advisory Panel will hear from Fermilab physicist Joel Butler who said the report is likely to be finalized within weeks.