From Penn Today, Sept. 23, 2019: A team of researchers the University of Pennsylvania published results from the first set of experiments that can help answer these and other questions in fundamental physics. Their results are an important first step towards building the international Deep Underground Neutrino Experiment, hosted by Fermilab.
In the news
From Radio Nacional, Sept. 18, 2019: El Laboratorio Nacional Fermi (Fermilab), el segundo centro de investigación más grande del mundo en altas energías, en Estados Unidos, acaba de renovar su convenio con el Concytec, esta vez, para generar capacidades en el rubro de altas energías y materiales en el Perú.
From Andina, Sept. 18, 2019: El Laboratorio Nacional Fermi (Fermilab), el segundo centro de investigación más grande del mundo en altas energías, en Estados Unidos, acaba de renovar su convenio con el Concytec, esta vez, para generar capacidades en el rubro de altas energías y materiales en el Perú.
From the World Conference of Science Journalists, Aug. 26, 2019: In this video, Fermilab Director Nigel Lockyer participates in a panel discussion on the big questions that remain unexplained today regarding the origin, nature and ultimate fate of the universe. The other panelists are CERN Director-General Fabiola Gianotti, French National Institute of Nuclear and Particle Physics Director Reynald Pain, and University of Zürich Professor Laura Baudis. Physics Today’s Toni Feder) moderates.
From Inside HPC, Sept. 15, 2019: Argonne and the National Center for Supercomputing Applications use deep learning to analyze Dark Energy Survey data.
From DOE, Sept. 13, 2019: Nigel Lockyer is quoted among several other national lab directors, members of Congress and industry bigwigs regarding DOE’s new Artificial Intelligence and Technology Office.
From Gizmodo, Sept. 13, 2019: Physicists at Fermilab have produced and tested a powerful magnet of the sort that could appear in the next generation of particle colliders. Fermilab scientist Alexander Zlobin talks with Gizmodo about the lab’s recent milestone achievement in reaching 14.1 teslas for a steering magnet.
From Tia Sáng, Sept. 13, 2019: Để xây dựng thế hệ máy gia tốc proton mới có khả năng gia tốc hạt lớn hơn, các nhà khoa học cần những nam châm mạnh nhất để có thể lái các hạt tới gần tốc độ ánh sáng lưu chuyển quanh một vòng tròn. Với một kích cỡ vòng tròn cho trước, để đưa năng lượng của chùm tia đạt mức cao hơn, các nam châm của máy gia tốc cần đạt được lực mạnh hơn để giữ cho chùm tia đi đúng hành trình của mình.
From DOE, Sept. 10, 2019: Fermilab scientist Bo Jayatilaka is quoted in this article on ESnet, which has expanded to connect more than 40 major research institutions at speeds 15,000 times faster than a home network.
From KopalniaWiedzy.pl, Sept. 13, 2019: Naukowcy z Fermilab poinformowali o wygenerowaniu najsilniejszego pola magnetycznego stworzonego na potrzeby akceleratorów cząstek. Nowy rekord wynosi 14,1 tesli, a wynik taki uzyskano w magnecie schłodzonym do 4,5 kelwinów, czyli -268,65 stopnia Celsjusza. Poprzedni rekord, 13,8 tesli, został osiągnięty przed 11 laty w Lawrence Berkeley National Laboratory.