Paper
Neutrino NSI in archaeological Pb
Authors
D. Alloni, G. Benato, P. Carniti, M. Cataldo, D. Cerdeño, A. Cheek, L. Cheng, M. Clemenza, M. Consonni, G. Croci, I. Dafinei, F. A. Danevich, C. de Vecchi, D. Di Martino, E. Di Stefano, N. Ferreiro Iachellini, F. Ferroni, F. Filippini, P. Foldenauer, S. Ghislandi, A. Giachero, L. Gironi, C. Gotti, P. Gorla, D. L. Helis, D. V. Kasperovych, V. V. Kobychev, G. Marcucci, A. Melchiorre, A. Menegolli, S. Nisi, M. Musa, L. Pagnanini, L. Pattavina, G. Pessina, S. Pirro, S. Pozzi, M. C. Prata, A. Puiu, S. Quitadamo, M. P. Riccardi, M. Rossella, R. Rossini, E. Sala, F. Saliu, A. Salvini, V. I. Tretyak, L. Trombetta, D. Trotta, H. Yuan
Abstract
Dark matter direct detection experiments can observe solar neutrinos via coherent elastic neutrino-nucleus scattering, making it possible to test new physics in the neutrino sector. In this article, we study the sensitivity of RES-NOVA, a novel cryogenic calorimetric experiment employing PbWO$_4$ crystals grown from archaeological lead, to neutrino non-standard interactions (NSI). We perform a sensitivity study for a benchmark setup with a nominal energy threshold of 1 keV and an exposure of 1 ton$\cdot$y, both for a conservative (only heat readout) and ideal (heat and scintillation) background rejection scenario. We find that, in its nominal configuration, RES-NOVA can reach sensitivities to NSI at the level of current global fits. With moderate or significant improvements of the threshold down to 0.5 keV and 0.1 keV, RES-NOVA will be able to achieve sensitivities beyond NSI global fit results, testing new areas of the parameter space in the electron and tau sectors, $\varepsilon_{ee}$, $\varepsilon_{ττ}$, and $\varepsilon_{eτ}$. A similar improvement in sensitivities is expected when instead increasing the exposure to 10 ton$\cdot$y.
Metadata
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Raw Data (Debug)
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"raw_xml": "<entry>\n <id>http://arxiv.org/abs/2602.23419v1</id>\n <title>Neutrino NSI in archaeological Pb</title>\n <updated>2026-02-26T19:00:00Z</updated>\n <link href='https://arxiv.org/abs/2602.23419v1' rel='alternate' type='text/html'/>\n <link href='https://arxiv.org/pdf/2602.23419v1' rel='related' title='pdf' type='application/pdf'/>\n <summary>Dark matter direct detection experiments can observe solar neutrinos via coherent elastic neutrino-nucleus scattering, making it possible to test new physics in the neutrino sector. In this article, we study the sensitivity of RES-NOVA, a novel cryogenic calorimetric experiment employing PbWO$_4$ crystals grown from archaeological lead, to neutrino non-standard interactions (NSI). We perform a sensitivity study for a benchmark setup with a nominal energy threshold of 1 keV and an exposure of 1 ton$\\cdot$y, both for a conservative (only heat readout) and ideal (heat and scintillation) background rejection scenario. We find that, in its nominal configuration, RES-NOVA can reach sensitivities to NSI at the level of current global fits. With moderate or significant improvements of the threshold down to 0.5 keV and 0.1 keV, RES-NOVA will be able to achieve sensitivities beyond NSI global fit results, testing new areas of the parameter space in the electron and tau sectors, $\\varepsilon_{ee}$, $\\varepsilon_{ττ}$, and $\\varepsilon_{eτ}$. A similar improvement in sensitivities is expected when instead increasing the exposure to 10 ton$\\cdot$y.</summary>\n <category scheme='http://arxiv.org/schemas/atom' term='hep-ph'/>\n <published>2026-02-26T19:00:00Z</published>\n <arxiv:primary_category term='hep-ph'/>\n <author>\n <name>D. Alloni</name>\n </author>\n <author>\n <name>G. Benato</name>\n </author>\n <author>\n <name>P. Carniti</name>\n </author>\n <author>\n <name>M. Cataldo</name>\n </author>\n <author>\n <name>D. Cerdeño</name>\n </author>\n <author>\n <name>A. Cheek</name>\n </author>\n <author>\n <name>L. Cheng</name>\n </author>\n <author>\n <name>M. Clemenza</name>\n </author>\n <author>\n <name>M. Consonni</name>\n </author>\n <author>\n <name>G. Croci</name>\n </author>\n <author>\n <name>I. Dafinei</name>\n </author>\n <author>\n <name>F. A. Danevich</name>\n </author>\n <author>\n <name>C. de Vecchi</name>\n </author>\n <author>\n <name>D. Di Martino</name>\n </author>\n <author>\n <name>E. Di Stefano</name>\n </author>\n <author>\n <name>N. Ferreiro Iachellini</name>\n </author>\n <author>\n <name>F. Ferroni</name>\n </author>\n <author>\n <name>F. Filippini</name>\n </author>\n <author>\n <name>P. Foldenauer</name>\n </author>\n <author>\n <name>S. Ghislandi</name>\n </author>\n <author>\n <name>A. Giachero</name>\n </author>\n <author>\n <name>L. Gironi</name>\n </author>\n <author>\n <name>C. Gotti</name>\n </author>\n <author>\n <name>P. Gorla</name>\n </author>\n <author>\n <name>D. L. Helis</name>\n </author>\n <author>\n <name>D. V. Kasperovych</name>\n </author>\n <author>\n <name>V. V. Kobychev</name>\n </author>\n <author>\n <name>G. Marcucci</name>\n </author>\n <author>\n <name>A. Melchiorre</name>\n </author>\n <author>\n <name>A. Menegolli</name>\n </author>\n <author>\n <name>S. Nisi</name>\n </author>\n <author>\n <name>M. Musa</name>\n </author>\n <author>\n <name>L. Pagnanini</name>\n </author>\n <author>\n <name>L. Pattavina</name>\n </author>\n <author>\n <name>G. Pessina</name>\n </author>\n <author>\n <name>S. Pirro</name>\n </author>\n <author>\n <name>S. Pozzi</name>\n </author>\n <author>\n <name>M. C. Prata</name>\n </author>\n <author>\n <name>A. Puiu</name>\n </author>\n <author>\n <name>S. Quitadamo</name>\n </author>\n <author>\n <name>M. P. Riccardi</name>\n </author>\n <author>\n <name>M. Rossella</name>\n </author>\n <author>\n <name>R. Rossini</name>\n </author>\n <author>\n <name>E. Sala</name>\n </author>\n <author>\n <name>F. Saliu</name>\n </author>\n <author>\n <name>A. Salvini</name>\n </author>\n <author>\n <name>V. I. Tretyak</name>\n </author>\n <author>\n <name>L. Trombetta</name>\n </author>\n <author>\n <name>D. Trotta</name>\n </author>\n <author>\n <name>H. Yuan</name>\n </author>\n </entry>"
}