Characterization of the Low Energy Excess using a NUCLEUS Al2O3 detector
Lo studio presenta un'analisi completa del "low energy excess" (LEE) nel rivelatore criogenico in Al2O3 dell'esperimento NUCLEUS, rivelando che il tasso di questo eccesso non dipende dal livello di fondo particellare ma diminuisce con procedure di raffreddamento più lente, seguendo una legge di potenza con un esponente comune di (−0.59±0.06).
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