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2010-05-07

Probing New Physics Models of Neutrinoless Double Beta Decay with SuperNEMO

R. ArnoldC. AugierJ. BakerA. S. BarabashA. Basharina-FreshvilleM. BongrandV. BrudaninA. J. CaffreyS. CebriánA. ChaponE. ChauveauTh. DafniF. F. DeppischJ. DiazD. DurandV. EgorovJ. J. EvansR. FlackK-I. FushimaI. García IrastorzaX. GarridoH. GómezB. GuillonA. HolinK. HolyJ. J. HorkleyPh. HubertC. HugonF. J. IguazN. IshiharaC. M. JacksonS. JullianM. KauerO. KochetovS. I. KonovalovV. KovalenkoT. LamhamdiK. LangG. LutterG. LuzónF. MamedovCh. MarquetF. MaugerF. MonrabalA. NachabI. NastevaI. NemchenokC. H. NguyenM. NomachiF. NovaH. OhsumiR. B. PahlkaF. PerrotF. PiquemalP. P. PovinecB. RichardsJ. S. RicolC. L. RiddleA. RodríguezR. SaakyanX. SarazinJ. K. SedgbeerL. SerraYu. ShitovL. SimardF. ŠimkovicS. Söldner-RemboldI. ŠteklC. S. SuttonY. TamagawaJ. ThomasV. TimkinV. TretyakVl. I. TretyakV. I. UmatovI. A. VanyushinR. VasilievV. VasilievV. VorobelD. WatersN. YahlaliA. Žukauskas

所有作者

R. ArnoldC. AugierJ. BakerA. S. BarabashA. Basharina-FreshvilleM. BongrandV. BrudaninA. J. CaffreyS. CebriánA. ChaponE. ChauveauTh. DafniF. F. DeppischJ. DiazD. DurandV. EgorovJ. J. EvansR. FlackK-I. FushimaI. García IrastorzaX. GarridoH. GómezB. GuillonA. HolinK. HolyJ. J. HorkleyPh. HubertC. HugonF. J. IguazN. IshiharaC. M. JacksonS. JullianM. KauerO. KochetovS. I. KonovalovV. KovalenkoT. LamhamdiK. LangG. LutterG. LuzónF. MamedovCh. MarquetF. MaugerF. MonrabalA. NachabI. NastevaI. NemchenokC. H. NguyenM. NomachiF. NovaH. OhsumiR. B. PahlkaF. PerrotF. PiquemalP. P. PovinecB. RichardsJ. S. RicolC. L. RiddleA. RodríguezR. SaakyanX. SarazinJ. K. SedgbeerL. SerraYu. ShitovL. SimardF. ŠimkovicS. Söldner-RemboldI. ŠteklC. S. SuttonY. TamagawaJ. ThomasV. TimkinV. TretyakVl. I. TretyakV. I. UmatovI. A. VanyushinR. VasilievV. VasilievV. VorobelD. WatersN. YahlaliA. Žukauskas

文献摘要

The possibility to probe new physics scenarios of light Majorana neutrino exchange and right-handed currents at the planned next generation neutrinoless double beta decay experiment SuperNEMO is discussed. Its ability to study different isotopes and track the outgoing electrons provides the means to discriminate different underlying mechanisms for the neutrinoless double beta decay by measuring the decay half-life and the electron angular and energy distributions.

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