The DAEMONs (DArk Electric Matter Objects) have been suggested as a possible exotic component in cosmic rays able to contribute to the Dark Matter; they belong to the wide class of the Elementary Black Holes (EBH)deeply discussed in literature. A preliminary possible DAEMONs direct detection -- at $\simeq$ 3σ C.L. -- was originally suggested by the sea-level St. Petersburg experiment (SPb); a DAEMONs flux: (1.0±0.3) DAEMONs/(days m² sr) can be derived. Here the results obtained by the sea-level NEMESIS experiment, which has exploited the same detection approach, are presented; they restrict the DAEMONs flux to be less than 0.32 DAEMONs/(days m² sr) at 90% C.L..
Bernabei, R., Belli, P., Cappella, F., Cerulli, R., D'Angelo, A., Emiliani, F., et al. (2012). Search for DAEMONs with NEMESIS. MODERN PHYSICS LETTERS A, 27(8), 1250031-1-1250031-17 [10.1142/S0217732312500319].
Search for DAEMONs with NEMESIS
BERNABEI, RITA;
2012-01-01
Abstract
The DAEMONs (DArk Electric Matter Objects) have been suggested as a possible exotic component in cosmic rays able to contribute to the Dark Matter; they belong to the wide class of the Elementary Black Holes (EBH)deeply discussed in literature. A preliminary possible DAEMONs direct detection -- at $\simeq$ 3σ C.L. -- was originally suggested by the sea-level St. Petersburg experiment (SPb); a DAEMONs flux: (1.0±0.3) DAEMONs/(days m² sr) can be derived. Here the results obtained by the sea-level NEMESIS experiment, which has exploited the same detection approach, are presented; they restrict the DAEMONs flux to be less than 0.32 DAEMONs/(days m² sr) at 90% C.L..I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
