In today's article we will explore the fascinating history of WIMP Argon Programme, a topic that has captured the attention of people of all ages and has been the subject of debate and study over the years. From its origins to its influence on modern society, WIMP Argon Programme has left an indelible mark on history. Through detailed and in-depth analysis, we will seek to understand the importance and impact of WIMP Argon Programme in different areas of life, as well as its continued relevance today. We will discover how WIMP Argon Programme has shaped our beliefs, our values and our interactions with the world around us, and how it continues to be a topic of relevance and meaning today. Join us on this journey of discovery and reflection about WIMP Argon Programme, a figure or topic that continues to arouse interest and curiosity.
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The WIMP Argon Programme (WARP) is an experiment at Laboratori Nazionali del Gran Sasso, Italy, for the research of cold dark matter.[1] It aims to detect nuclear recoils in liquid argon induced by weakly interacting massive particles (WIMP) through scintillation light; the apparatus can also detect ionization so to exclude interactions of photons and electrons. The experiment is a recognized CERN experiment (RE15).[2][3]
P.Benetti, E.Calligarich, M.Cambiaghi, C.Montanari(+), A.Rappoldi, G.L.Raselli, M.Roncadelli, M.Rossella, C.Vignoli
M. Antonello, O.Palamara, L.Pandola, C.Rubbia(*), E.Segreto, A.Szelc
R.Acciarri, M. Antonello, N. Canci, F.Cavanna, F.Di Pompeo(++), L.Grandi(++)
(++ also at INFN-LNGS)
F.Carbonara, A.Cocco, G.Fiorillo, G.Mangano
F.Calaprice, C.Galbiati, B.Loer, R.Saldanha
B.Baibussinov, S.Centro, M.B.Ceolin, G.Meng, F.Pietropaolo, S.Ventura