Neutrinoless Double-Beta Decay | Zendy

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Neutrinoless Double-Beta Decay

Author(s) -

C. Adams,

K. Alfonso,

C. Andreoiu,

E. Angelico,

I. J. Arnquist,

J.A.A. Asaadi,

F.T. Avig,

Spencer Axani,

A. S. Barabash,

P.S. Barbeau,

L. Baudis,

F. Bellini,

M. Beretta,

T. Bhatta,

V. Biancacci,

M. Biassoni,

E. Bossio,

P. A. Breur,

J. Brodsky,

C. Brofferio,

A. Brown,

R. Brugnera,

T. Brunner,

N. Burlac,

E. Caden,

Serena Calgaro,

G. F. Cao,

Liqiang Cao,

C. Capelli,

L. Cardani,

R. Castillo Fernández,

C. Cattadori,

B. Chana,

D. Chernyak,

C.D. Christofferson,

P.-H. Chu,

E. Church,

V. Cirigliano,

R. Collister,

T. Comellato,

J. Dalmasson,

V. d'Andrea,

T. Daniels,

L. Darroch,

M. P. Decowski,

M. Demarteau,

S. de Meireles Peixoto,

J.A. Detwiler,

R. G. DeVoe,

S. Di Domizio,

N. Di Marco,

M.L. Di Vacri,

M. J. Dolinski,

Y. V. Efremenko,

M. Elbeltagi,

S.R. Elliott,

J. Engel,

L. Fabris,

W. M. Fairbank,

J. Farine,

M. Febbraro,

E. FigueroaFeliciano,

D. E. Fields,

J.A. Formaggio,

B. T. Foust,

B. Franke,

Y. Fu,

B. K. Fujikawa,

D. Gallacher,

G. Gallina,

A. Garfagnini,

C. Gingras,

L. Gironi,

A. Giuliani,

M. Gold,

R. Gornea,

C. Grant,

G. Gratta,

M. P. Green,

G. F. Grinyer,

J. Gruszko,

Y. Guan,

I.S. Guinn,

V.E. Guiseppe,

T. D. Gutierrez,

E.V. Hansen,

C.A. Hardy,

J. M. Hauptman,

M. Heffner,

K.M. Heeger,

R. Henning,

H. Hergert,

D. Hervas Aguilar,

R. Hodák,

J. D. Holt,

E. W. Hoppe,

M. Horoi,

H. Huang,

K. Inoue,

A. Jamil,

J. Jochum,

B. J. P. Jones,

Jakub Kaizer,

G. Karapetrov,

S. Al Kharusi,

M.F. Kidd,

Y. Kishimoto,

J. Klein,

Yu.G. Kolomensky,

Ivan Kontuľ,

В. Н. Корноухов,

P. Krause,

R. Krücken,

K.S. Kumar,

K. Lang,

K. G. Leach,

B. G. Lenardo,

A. Leonhardt,

A. Li,

Gordon Li,

Z. Li,

C. Licciardi,

R. Lindsay,

I. Lippi,

J. Liu,

M. Macko,

R. MacLellan,

C. Macolino,

Shideh Majidi,

F. Mamedov,

J. Masbou,

R. Massarczyk,

A.T. Mastbaum,

D. Mayer,

A. Mazumdar,

Dongming Mei,

Y. Mei,

S.J. Meijer,

E. Mereghetti,

S. Mertens,

K. Mistry,

T. Mitsui,

D. Moore,

M. Morella,

J. Nattress,

M. Neuberger,

X.E. Ngwadla,

C. s,

V. Novosad,

D. R. Nygren,

J. C. Nzobadila Ondze,

T. O'Donnell,

G. D. Orebi Gann,

J.L. Orrell,

G.S. Ortega,

J.L. Ouellet,

C.T. Overman,

L. Pagani,

V. Palušová,

A. Para,

M. Pavan,

Andréa Perna,

L. Pertoldi,

W. Pettus,

A. Piepke,

P. Piseri,

A. Pocar,

Pavel P. Povinec,

F. Psihas,

A. Pullia,

D.C. Radford,

G.J. Ramonnye,

H. Rasiwala,

M. Redchuk,

S. Riboldi,

G. Richardson,

K. Rielage,

L. Rogers,

P. C. Rowson,

E. Rukhadze,

R. Saakyan,

C. Sada,

G. Salamanna,

F. Salamida,

R. Saldanha,

D. J. Salvat,

S. Sangiorgio,

Danielle Schaper,

S. Schönert,

M. Schwarz,

Stephen E. Schwartz,

Y. Shitov,

F. Šimkovic,

V. Singh,

M. Slavickova,

A.C. Sousa,

F. Spadoni,

D. Speller,

I. Štekl,

R. Radhakrishnan Sumathi,

P. T. Surukuchi,

R. Tayloe,

W. Tornow,

J. Torres,

T.I. Totev,

S. Triambak,

O.A. Tyuka,

S. Vasilyev,

M. Velázquez,

S. Viel,

C. Vogl,

K. von Strum,

Q. Wang,

D. Waters,

S. L. Watkins,

Michael Watts,

W. Wei,

B. Welliver,

Liangjian Wen,

U. Wichoski,

S. Wilde,

J.F. Wilkerson,

L. A. Winslow,

C. Wiseman,

X. Wu,

W. Xu,

H. B. Yang,

L. Yang,

C.-H. Yu,

Jakub Zeman,

J. Zennamo,

G. Zuzel

Publication year - 2012

Publication title -

advances in high energy physics

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.59

H-Index - 49

eISSN - 1687-7365

pISSN - 1687-7357

DOI - 10.1155/2012/857016

Subject(s) - majorana , double beta decay , physics , neutrino , particle physics , sensitivity (control systems) , physics beyond the standard model , nuclear physics , scale (ratio) , beta decay , theoretical physics , quantum mechanics , electronic engineering , engineering

This paper introduces the neutrinoless double-beta decay the rarest nuclear weak process and describes the status of the research for this transition, both from the point of view of theoretical nuclear physics and in terms of the present and future experimental scenarios. Implications of this phenomenon on crucial aspects of particle physics are briefly discussed. The calculations of the nuclear matrix elements in case of mass mechanisms are reviewed, and a range for these quantities is proposed for the most appealing candidates. After introducing general experimental concepts—such as the choice of the best candidates, the different proposed technological approaches, and the sensitivity—we make the point on the experimental situation. Searches running or in preparation are described, providing an organic presentation which picks up similarities and differences. A critical comparison of the adopted technologies and of their physics reach in terms of sensitivity to the effective Majorana neutrino mass is performed. As a conclusion, we try to envisage what we expect round the corner and at a longer time scaleThis work was partially supported by the MICINN (Spain) (FPA2011-29854) ; by the Comunidad de Madrid (Spain) (HEPHACOS S2009-ESP-1473); by the Spanish Consolider-Ingenio 2010 Program, CPAN (CSD2007-00042

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