Author:
Boi S,Abbrescia M,Avanzini C,Baldini L,Baldini Ferroli R,Batignani G,Battaglieri M,Bossini E,Carnesecchi F,Cicalò C,Cifarelli L,Coccetti F,Coccia E,Corvaglia A,De Gruttola D,De Pasquale S,Fabbri F,Galante L,Garbini M,Gemme G,Gnesi I,Grazzi S,Hatzifotiadou D,La Rocca P,Liu Z,Mandaglio G,Maron G,Mazziotta M N,Mulliri A,Nania R,Noferini F,Nozzoli F,Palmonari F,Panareo M,Panetta M P,Paoletti R,Pellegrino C,Pinazza O,Pinto C,Pisano S,Riggi F,Righini G C,Ripoli C,Rizzi M,Sartorelli G,Scapparone E,Schioppa M,Scribano A,Selvi M,Serri G,Squarcia S,Taiuti M,Terreni G,Trifirò A,Trimarchi M,Vistoli C,Votano L,Williams M C S,Zichichi A,Zuyeuski R
Abstract
Abstract
The Extreme Energy Events experiment (EEE) is a cosmic ray observatory made of about 60 muon telescopes based on Multigap Resistive Plate Chamber (MRPC) detectors. The EEE experiment has two main targets: a scientific and a dissemination. The EEE collaboration has also developed a large set of portable scintillator-based detectors, named Cosmic Box (CB), mainly used for educational purposes. The CB allows students to perform cosmic ray counting measurements in several environments. CBs are made of two 15 × 15 × 1 cm scintillators read by two 3 × 3 mm2 SiPMs operated in coincidence. Three CBs were deployed in Nuraxi Figus and Seruci coal mine to perform an underground measurement of the cosmic muon flux attenuation. High school and university students were directly involved in all the stages of the measurements: from the preliminary measurements to the on-site work and data analysis.
Subject
General Physics and Astronomy