Characterization of the Low Energy Excess using a NUCLEUS Al2O3 detector
Cette étude présente une caractérisation complète du « faible excès d'énergie » observé dans le détecteur NUCLEUS en saphir, révélant que son taux ne dépend pas du niveau de bruit de fond mais diminue avec des procédures de refroidissement plus lentes, suivant une loi de puissance temporelle commune.
H. Abele (NUCLEUS Collaboration), G. Angloher (NUCLEUS Collaboration), B. Arnold (NUCLEUS Collaboration), M. Atzori Corona (NUCLEUS Collaboration), A. Bento (NUCLEUS Collaboration), E. Bossio (NUCLEUS Collaboration), F. Buchsteiner (NUCLEUS Collaboration), J. Burkhart (NUCLEUS Collaboration), F. Cappella (NUCLEUS Collaboration), M. Cappelli (NUCLEUS Collaboration), N. Casali (NUCLEUS Collaboration), R. Cerulli (NUCLEUS Collaboration), A. Cruciani (NUCLEUS Collaboration), G. Del Castello (NUCLEUS Collaboration), M. del Gallo Roccagiovine (NUCLEUS Collaboration), S. Dorer (NUCLEUS Collaboration), A. Erhart (NUCLEUS Collaboration), M. Friedl (NUCLEUS Collaboration), S. Fichtinger (NUCLEUS Collaboration), V. M. Ghete (NUCLEUS Collaboration), M. Giammei (NUCLEUS Collaboration), C. Goupy (NUCLEUS Collaboration), J. Hakenmüller (NUCLEUS Collaboration), D. Hauff (NUCLEUS Collaboration), F. Jeanneau (NUCLEUS Collaboration), E. Jericha (NUCLEUS Collaboration), M. Kaznacheeva (NUCLEUS Collaboration), H. Kluck (NUCLEUS Collaboration), A. Langenkämper (NUCLEUS Collaboration), T. Lasserre (NUCLEUS Collaboration), D. Lhuillier (NUCLEUS Collaboration), M. Mancuso (NUCLEUS Collaboration), R. Martin (NUCLEUS Collaboration), B. Mauri (NUCLEUS Collaboration), A. Mazzolari (NUCLEUS Collaboration), L. McCallin (NUCLEUS Collaboration), H. Neyrial (NUCLEUS Collaboration), C. Nones (NUCLEUS Collaboration), L. Oberauer (NUCLEUS Collaboration), L. Peters (NUCLEUS Collaboration), F. Petricca (NUCLEUS Collaboration), W. Potzel (NUCLEUS Collaboration), F. Pröbst (NUCLEUS Collaboration), F. Pucci (NUCLEUS Collaboration), F. Reindl (NUCLEUS Collaboration), M. Romagnoni (NUCLEUS Collaboration), J. Rothe (NUCLEUS Collaboration), N. Schermer (NUCLEUS Collaboration), J. Schieck (NUCLEUS Collaboration), S. Schönert (NUCLEUS Collaboration), C. Schwertner (NUCLEUS Collaboration), L. Scola (NUCLEUS Collaboration), G. Soum-Sidikov (NUCLEUS Collaboration), L. Stodolsky (NUCLEUS Collaboration), A. Schröder (NUCLEUS Collaboration), R. Strauss (NUCLEUS Collaboration), R. Thalmeier (NUCLEUS Collaboration), C. Tomei (NUCLEUS Collaboration), L. Valla (NUCLEUS Collaboration), M. Vignati (NUCLEUS Collaboration), M. Vivier (NUCLEUS Collaboration), A. Wallach (NUCLEUS Collaboration), P. Wasser (NUCLEUS Collaboration), A. Wex (NUCLEUS Collaboration), L. Wienke (NUCLEUS Collaboration)Tue, 10 Ma🔬 physics