Neutrinoless Double-Beta Decay
Neutrinoless Double-Beta Decay
复制标题
DOI：
10.1155/2012/857016
复制
发表时间：
2012-12
影响因子：
1.7
通讯作者：
C. Adams;K. Alfonso;C. Andreoiu;E. Angelico;I. Arnquist;J. Asaadi;F. Avignone;S. Axani;A. Barabash;P. Barbeau;L. Baudis;F. Bellini;M. Beretta;T. Bhatta;V. Biancacci;M. Biassoni;E. Bossio;P. Breur;J. Brodsky;C. Brofferio;E. Brown;R. Brugnera;T. Brunner;N. Burlac;E. Caden;S. Calgaro;G. Cao;L. Cao;C. Capelli;L. Cardani;R. C. Fernández;C. Cattadori;B. Chana;D. Chernyak;C. Christofferson;P. Chu;E. Church;V. Cirigliano;R. Collister;T. Comellato;J. Dalmasson;V. D’Andrea;T. Daniels;L. Darroch;M. P. Decowski;M. Demarteau;S. Peixoto;J. Detwiler;R. DeVoe;S. Domizio;N. Marco;M. Vacri;M. Dolinski;Y. Efremenko;M. Elbeltagi;S. Elliott;J. Engel;L. Fabris;W. Fairbank;J. Farine;M. Febbraro;E. Figueroa-Feliciano;D. Fields;J. Formaggio;B. Foust;B. Franke;Y. Fu;B. 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. Grinyer;J. Gruszko;Y. Guan;I. Guinn;V. Guiseppe;T. Gutierrez;E. Hansen;C. Hardy;J. Hauptman;M. Heffner;K. Heeger;R. Henning;H. Hergert;D. H. Aguilar;R. Hodak;J. Holt;E. Hoppe;M. Horoi;H. Huang;K. Inoue;A. Jamil;J. Jochum;B. Jones;J. Kaizer;G. Karapetrov;S. A. Kharusi;M. Kidd;Y. Kishimoto;J. Klein;Y. Kolomensky;I. Kontuľ;V. Kornoukhov;P. Krause;R. Krucken;K. S. Kumar;K. Lang;K. Leach;B. Lenardo;A. Leonhardt;A. Li;G. Li;Z. Li;C. Licciardi;R. Lindsay;I. Lippi;J. Liu;M. Macko;R. Maclellan;C. Macolino;S. Majidi;F. Mamedov;J. Masbou;R. Massarczyk;A. Mastbaum;D. Mayer;A. Mazumdar;D. Mei;Y. Mei;S. Meijer;E. Mereghetti;S. Mertens;K. Mistry;T. Mitsui;D. Moore;M. Morella;J. Nattress;M. Neuberger;X. Ngwadla;C. Nones;V. Novosad;D. Nygren;J. Ondze;T. O’Donnell;G. O. Gann;J. Orrell;G. S. Ortega;J. Ouellet;C. Overman;L. Pagani;V. Palušová;A. Para;M. Pavan;A. Perna;L. Pertoldi;W. Pettus;A. Piepke;P. Piseri;A. Pocar;P. Povinec;F. Psihas;A. Pullia;D. Radford;G. J. Ramonnye;H. Rasiwala;M. Redchuk;S. Riboldi;G. Richardson;K. Rielage;L. Rogers;P. Rowson;E. Rukhadze;R. Saakyan;C. Sada;G. Salamanna;F. Salamida;R. Saldanha;D. Salvat;S. Sangiorgio;D. Schaper;S. Schoenert;M. Schwarz;S. Schwartz;Y. Shitov;F. Šimkovic;V. Singh;M. Slavíčková;A. C. Sousa;F. Spadoni;D. Speller;I. Štekl;R. Sumathi;P. Surukuchi;R. Tayloe;W. Tornow;J. A. Torres;T. Totev;S. Triambak;O. A. Tyuka;S.I.Vasilyev;M. Velázquez;S. Viel;C. Vogl;K. Strum;Q. Wang;D. Waters;S. Watkins;M. Watts;W.-Z. Wei;B. Welliver;L. Wen;U. Wichoski;S. Wilde;J. Wilkerson;L. Winslow;C. Wiseman;X. Wu;W. Xu;Hang Yang;L. Yang;C. -. Yu;J. Zeman;J. Zennamo;G. Zuzel
中科院分区：
文献类型：
--
作者：
C. Adams;K. Alfonso;C. Andreoiu;E. Angelico;I. Arnquist;J. Asaadi;F. Avignone;S. Axani;A. Barabash;P. Barbeau;L. Baudis;F. Bellini;M. Beretta;T. Bhatta;V. Biancacci;M. Biassoni;E. Bossio;P. Breur;J. Brodsky;C. Brofferio;E. Brown;R. Brugnera;T. Brunner;N. Burlac;E. Caden;S. Calgaro;G. Cao;L. Cao;C. Capelli;L. Cardani;R. C. Fernández;C. Cattadori;B. Chana;D. Chernyak;C. Christofferson;P. Chu;E. Church;V. Cirigliano;R. Collister;T. Comellato;J. Dalmasson;V. D’Andrea;T. Daniels;L. Darroch;M. P. Decowski;M. Demarteau;S. Peixoto;J. Detwiler;R. DeVoe;S. Domizio;N. Marco;M. Vacri;M. Dolinski;Y. Efremenko;M. Elbeltagi;S. Elliott;J. Engel;L. Fabris;W. Fairbank;J. Farine;M. Febbraro;E. Figueroa-Feliciano;D. Fields;J. Formaggio;B. Foust;B. Franke;Y. Fu;B. 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. Grinyer;J. Gruszko;Y. Guan;I. Guinn;V. Guiseppe;T. Gutierrez;E. Hansen;C. Hardy;J. Hauptman;M. Heffner;K. Heeger;R. Henning;H. Hergert;D. H. Aguilar;R. Hodak;J. Holt;E. Hoppe;M. Horoi;H. Huang;K. Inoue;A. Jamil;J. Jochum;B. Jones;J. Kaizer;G. Karapetrov;S. A. Kharusi;M. Kidd;Y. Kishimoto;J. Klein;Y. Kolomensky;I. Kontuľ;V. Kornoukhov;P. Krause;R. Krucken;K. S. Kumar;K. Lang;K. Leach;B. Lenardo;A. Leonhardt;A. Li;G. Li;Z. Li;C. Licciardi;R. Lindsay;I. Lippi;J. Liu;M. Macko;R. Maclellan;C. Macolino;S. Majidi;F. Mamedov;J. Masbou;R. Massarczyk;A. Mastbaum;D. Mayer;A. Mazumdar;D. Mei;Y. Mei;S. Meijer;E. Mereghetti;S. Mertens;K. Mistry;T. Mitsui;D. Moore;M. Morella;J. Nattress;M. Neuberger;X. Ngwadla;C. Nones;V. Novosad;D. Nygren;J. Ondze;T. O’Donnell;G. O. Gann;J. Orrell;G. S. Ortega;J. Ouellet;C. Overman;L. Pagani;V. Palušová;A. Para;M. Pavan;A. Perna;L. Pertoldi;W. Pettus;A. Piepke;P. Piseri;A. Pocar;P. Povinec;F. Psihas;A. Pullia;D. Radford;G. J. Ramonnye;H. Rasiwala;M. Redchuk;S. Riboldi;G. Richardson;K. Rielage;L. Rogers;P. Rowson;E. Rukhadze;R. Saakyan;C. Sada;G. Salamanna;F. Salamida;R. Saldanha;D. Salvat;S. Sangiorgio;D. Schaper;S. Schoenert;M. Schwarz;S. Schwartz;Y. Shitov;F. Šimkovic;V. Singh;M. Slavíčková;A. C. Sousa;F. Spadoni;D. Speller;I. Štekl;R. Sumathi;P. Surukuchi;R. Tayloe;W. Tornow;J. A. Torres;T. Totev;S. Triambak;O. A. Tyuka;S.I.Vasilyev;M. Velázquez;S. Viel;C. Vogl;K. Strum;Q. Wang;D. Waters;S. Watkins;M. Watts;W.-Z. Wei;B. Welliver;L. Wen;U. Wichoski;S. Wilde;J. Wilkerson;L. Winslow;C. Wiseman;X. Wu;W. Xu;Hang Yang;L. Yang;C. -. Yu;J. Zeman;J. Zennamo;G. Zuzel
本文介绍了最罕见的核弱过程--无中微子双β衰变，并从理论核物理的角度、目前和未来的实验情况等方面描述了这一跃迁的研究现状。这种现象的粒子物理学的关键方面的影响进行了简要讨论。核矩阵元素的质量机制的情况下的计算进行审查，并提出了这些数量的范围内最有吸引力的候选人。在介绍了一般的实验概念，如最佳候选人的选择，不同的技术方法，和灵敏度，我们提出的实验情况。运行或准备中的描述，提供了一个有机的介绍，拿起相似性和差异。所采用的技术和它们的物理范围（在有效的马约拉纳中微子质量的灵敏度方面）的关键比较进行。最后，我们试图设想我们在拐角处和更长的时间尺度上所期望的。
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 scale.