New CUORICINO results on the way to CUORE
- P. Gorla
- F. Alessandria
- R. Ardito
- C. Arnaboldi
- D.R. Artusa
- F.T. Avignone
- M. Balata
- I. Bandac
- M. Barucci
- J.W. Beeman
- Fabio Bellini
- C. Brofferio
- C. Bucci
- S. Capelli
- L. Carbone
- S. Cebrian
- M. Clemenza
- Carlo Cosmelli
- O. Cremonesi
- R.J. Creswick
- I. Dafinei
- S. Di Domizio
- M. Diemoz
- M.J. Dolinski
- H.A. Farach
- Fernando Ferroni
- E. Fiorini
- S.J. Freedman
- C. Gargiulo
- A. Giachero
- E. Guardincerri
- A. Giuliani
- T.D. Gutierrez
- E.E. Haller
- K. Heeger
- I.G. Irastorza
- Egidio Longo
- G. Maier
- R. Maruyama
- S. Morganti
- S. Nisi
- C. Nones
- Norman Eb
- A. Nucciotti
- P. Ottonello
- M. Pallavicini
- V. Palmieri
- M. Pavan
- M. Pedretti
- G. Pessina
- S. Pirro
- E. Previtali
- L. Risegari
- C. Rosenfeld
- S. Sangiorgio
- M. Sisti
- A.R. Smith
- L. Torres
- G. Ventura
- Marco Vignati
- N. Xu
- L. Zanotti
Publication date
January 2006
DOI Publisher
IOP Publishing ISSN
0031-8949Abstract
CUORE is a 0.75 ton experiment to search for neutrinoless double beta decay of Te-130 using 988 TeO2 bolometers. It aims at reaching a sensitivity on the effective neutrino mass of the order of few tens of meV. CUORICINO, a single CUORE tower running since 2003, plays an important role as a stand alone experiment and for developing the future CUORE setup. Present results already achieved and studies that are underway are here presented and discussed
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