NOvA

From This Week in Science, Nov. 28, 2018: Fermilab scientist Alex Himmel talks about neutrinos, DUNE and the excitement of particle physics. Segment starts at 5:01.

From Spektrum, Nov. 2, 2018: Maschinelles Lernen hat bereits bei der Entdeckung des Higgs einen wesentlichen Beitrag geleistet. Teilchenphysiker setzen Verfahren aus diesem Bereich schon seit Jahrzehnten ein. Doch nun erwarten Experten durch lernende Software eine Revolution bei der Datenanalyse.

From Live Science, Oct. 24, 2018: There are many huge unanswered questions in science, but it’s hard to beat “Why is there something, instead of nothing?” Fermilab scientist Don Lincoln explains how the study of neutrinos could answer it.

We already know neutrinos break the mold of the Standard Model. The question is: By how much?

A new review in Nature chronicles the many ways machine learning is popping up in particle physics research.

A program funded by the São Paulo Research Foundation supports scientists and students to engage with Fermilab’s neutrino program.

In a collaborative, cross-laboratory effort, Fermilab’s HEPCloud program enabled NOvA to perform the largest antineutrino data analysis ever in record time.

From The News Recorder, June 6, 2018: Scientists on Fermilab’s NOvA experiment — the world’s largest-baseline neutrino experiment — have detected strong evidence of muon antineutrinos oscillating into electron antineutrinos. Such phenomenon has never been observed before.

From Physics World, June 7, 2018: The best evidence yet that muon antineutrinos can change into electron antineutrinos has been found by the NOvA experiment.

From New Scientist, June 12, 2018: NOvA has confirmed that antineutrinos oscillate, detecting muon antineutrinos morphing into electron antineutrinos with more certainty than we’ve ever had before.