Catching Dark Matter Particles in the Galactic Halo with DAMA/LIBRA
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Pierluigi Belli, Andrea Bussolotti, Fabio Cappella, Vincenzo Caracciolo, Riccardo Cerulli, Chang Jiang Dai, Alessandro Di Marco, Annelisa d’Angelo, Noemi Ferrari, Hui Lin He, Maria Antonella Incicchitti, Xin Hua Ma, Angelo Mattei, Vittorio Merlo, Francesco Montecchia, Xiang Dong Sheng, Ma Xiang, Zi-Piao Ye
Co-autori Rita Bernabei
Co-autori Rita Bernabei
Area 02 – Scienze fisiche
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SINTESI
Dark Matter is one of the challenging topics of contemporary Physics and Cosmology. Many cosmological and astrophysical observations reveal that most of the Universe is made of dark stuff, the Dark Matter and the Dark Energy. The volume, after an introduction to general topics of Cosmology and main features of Dark Matter, deals with the specific experimental approach in direct detection able to shed light on Dark Matter in the galactic halo. In particular, the model–independent annual modulation signature, due to the relative motion of the Earth in the galactic halo, is presented and the results obtained in this context by the DAMA/NaI and DAMA/LIBRA (in its two phases) experiments are described.
| pagine: | 200 |
| formato: | 17 x 24 |
| ISBN: | 978-88-255-2940-1 |
| data pubblicazione: | Dicembre 2019 |
| marchio editoriale: | Aracne |
SINTESI
