From Corriere Adriatico, Oct. 4, 2018: E’ suo il termine “particella di Dio”: addio al fisico statunitense Leon Max Lederman, premio Nobel per la Fisica nel 1988 per i suoi studi sui neutrini, appassionato divulgatore scientifico. E’ morto ieri all’età di 96 anni a Rexburg, città nello stato dell’Idaho.

From Bloomberg News, Oct. 3, 2018: In 1989, he retired as director of the Fermilab, where he had headed a team that discovered the bottom quark, one of the six types of the elementary quark particle, in 1977.

From WTTW’s Chicago Tonight, Oct. 3, 2018: This 6-minute segment covers Lederman’s expansive career, including his 1988 Nobel Prize for the discovery of the muon neutrino, one of the building blocks of matter.

From Science News, Oct. 3, 2018: His work revealed the existence of multiple new elementary particles — with names like the muon neutrino and the bottom quark — showing that the realm of the infinitesimal was more complex than previously thought.

A specialized measuring machine at SLAC is helping scientists build precise detectors for the ATLAS experiment.

From The New York Times, Oct. 3, 2018: Leon Lederman, whose ingenious experiments with particle accelerators deepened science’s understanding of the subatomic world, died early Wednesday in Rexburg, Idaho. He was 96.

From Wired UK, Oct. 1, 2018: The winning photos in the 2018 Global Physics Photowalk take a sideways look at particle detectors and operating mines.

Leon Lederman, a trailblazing researcher with a passion for science education who served as Fermilab’s director from 1978 to 1989 and won the Nobel Prize for discovery of the muon neutrino, died peacefully on Oct. 3 in Rexburg, Idaho. He was 96.

The new building will provide lab space and serve as a hub for collaboration for international teams of scientists, engineers, and technicians working on several key programs at Fermilab.

From Le Scienze, Sept. 21, 2018: Successo del prototipo dell’esperimento DUNE, allestito presso il centro di ricerca ginevrino: sono i primi indizi del passaggio di neutrini nei rivelatori costituiti da enormi serbatoi di argon liquido. È l’inizio di un progetto che porterà alla realizzazione di un apparato sperimentale simile ma 20 volte più grande al FermiLab di Chicago.