The Extreme Energy Events experiment
- Corrado Cicalo
- M. Abbrescia
- C. Avanzini
- L. Baldini
- R Baldini Ferroli
- L. G Batignani
- M. Battaglieri
- S. Boi
- E. Bossini
- F. Carnesecchi
- L. Cifarelli
- F. Coccetti
- E. Coccia
- A. Corvaglia
- D De Gruttola
- S De Pasquale
- L. Fabbri
- L. Galante
- P. Galeotti
- M. Garbini
- G. Gemme
- I. Gnesi
- S. Grazzi
- D. Hatzifotiadou
- P La Rocca
- Z. Liu
- G. Mandaglio
- G. Maron
- M. N Mazziotta
- A. Mulliri
- R. Nania
- F. Noferini
- F. Nozzoli
- F. Palmonari
- M. Panareo
- M. P Panetta
- R. Paoletti
- C. Pellegrino
- L. Perasso
- C. Pinto
- G. Piragino
- S. Pisano
- F. Riggi
- G. C Righini
- C. Ripoli
- M. Rizzi
- G. Sartorelli
- E. Scapparone
- M. Schioppa
- A. Scribano
- M. Selvi
- G. Serri
- S. Squarcia
- M. Taiuti
- G. Terreni
- A. Trifir
- M. Trimarchi
- M. C Vistoli
- L. Votano
- M. C S Williams
- A. Zichichi
- R. Zuyeuski
DOIAbstract
The Extreme Energy Events experiment (EEE), a strategic project of Centro Fermi, aims to study Extensive Air Showers (EAS) with a network of Multigap Resistive Plate Chamber (MRPC) detectors, mainly installed in Italian high schools. The network presently counts 59 muon telescopes, each composed by three planes of MRPC. The total covered area is more than 3x10^5km^2. Thanks to the tracking capabilities of these detectors, their time synchronization and the localization in town clusters, it is possible to study Air Showers and to investigate long distance correlations between them. Up to now 5 long data taking of several months each have been performed, starting in 2015 and simultaneously involving from 30 to 50 telescopes. The study of E...
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