DOE and CERN last week signed three new agreements outlining the contributions CERN will make to the Fermilab neutrino program and DOE’s contributions to the High-Luminosity Large Hadron Collider upgrade program.

From Astronomy, May 4, 2017: Fermilab’s Dan Hooper sat down with Astronomy Editor-in-Chief Dave Eicher to discuss cutting-edge research into the unknowns of the universe.

From Nation News, April 9, 2017: Arden Warner is attracting attention to himself and his work as a physicist at Fermilab and to his private exploit developing a nontoxic way to clean up oil spills.

From The Shorthorn, April 19, 2017: University Hall Room 108 was over its 252-person capacity as spectators gathered to listen to Nigel Lockyer, Fermilab director, give his biggest talk about neutrinos.

Baby bison season is here, and all are welcome to visit with and photograph the newborns. Fermilab is expecting the new babies to be joined by at least 10 more over the next six weeks.

From Chicagoist, April 6, 2017: Fermilab isn’t just the site of major discoveries about the fabric of reality and a really, really big magnet. It’s also a lovely place in the Western burbs to enjoy a restored slice of the tallgrass prairie that once dominated Illinois.

From Wired, April 5, 2017: For some reason, more matter formed than antimatter just after the Big Bang, and physicists don’t know why. “It’s one of the very biggest mysteries in the universe,” says physicist Don Lincoln of Fermilab.

From Daily Herald, March 19, 2017: Hundreds of kids and their families watched in awe on March 19 as suburban science teachers presented fast-paced demonstrations about electricity during the 30th annual Wonders of Science show at Fermilab in Batavia.

From Physics World, March 7, 2017: This episode of the Physics World podcast describes a virtual reality tour of the MicroBooNE detector at Fermilab.

From Science, March 6, 2017: For more than a decade, multiple experiments have found an unexpected excess in the number of high-energy antielectrons, or positrons, in space. A team led by Fermilab’s Dan Hooper has shown that pulsars, not dark matter annihilation, can indeed produce most or all of the excess.