NESTOR: A neutrino particle astrophysics underwater laboratory for the Mediterranean
- P. Pramantiotis
- P. Koske
- L.M. Zakarov
- S. Katsanevas
- L. K. Resvanis
- G. Voigt
- M. A. Markov
- George Kalkanis
- I.F. Barinov
- Pavlos Ioannou
- N. Vassilopoulos
- V.V. Ledenev
- V. A. Zhukov
- L. Dell'Agnello
- John G. Learned
- A.O. Deineko
- E. G. Anassontzis
- J. Rathleu
- R. H. March
- N.N. Surin
- H. Bradner
- B. Monteleoni
- I. Siotis
- V.A. Gaidash
- C. Kourkoumelis
- Ugo Camerini
- A. Manousakis-Katsikakis
- I. M. Zheleznykh
- V. Naumov
- V.K. Rucol
- G. Fanourakis
- G. Voulgaris
- S. Bottai
- A.A. Permyakov
- M.N. Platonov
- P. Hatzios
- N.A. Sheremet
- U. Keusen
- V. J. Stenger
- A.P. Eremeev
- M. Barone
- R. Nicolaidou
- G. Contopoulos
- G. Grammatikakis
DOIAbstract
Abstract An underwater neutrino astrophysics laboratory, to be located in the international waters off the Southwest of Greece, near the town of Pylos is now under construction. In the last two years a group of physicists from Greece and Russia have carried out two demonstration experiments in 4km deep water, counting muons and verifying the adequacy of the deep sea site. Plans are presented for a 100, 000 m 2 high energy neutrino detector composed of a hexagon of hexagonal towers, with 1176 optical detector units. A progress report is given and the physics potential of a siggle tower with 168 phototubes (currently under construction) is described
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