MAGIC CollaborationAhnen, M. L.M. L.AhnenAnsoldi, S.S.AnsoldiAntonelli, L. A.L. A.AntonelliAntoranz, P.P.AntoranzBabic, A.A.BabicBanerjee, B.B.BanerjeeBangale, P.P.BangaleBarres de Almeida, U.U.Barres de AlmeidaBarrio, J. A.J. A.BarrioBecerra González, J.J.Becerra GonzálezOrito, R.R.OritoOverkemping, A.A.OverkempingPaiano, S.S.PaianoPalacio, J.J.PalacioPalatiello, M.M.PalatielloPaneque, D.D.PanequePaoletti, R.R.PaolettiParedes, J. M.J. M.ParedesParedes-Fortuny, X.X.Paredes-FortunyPERSIC, MassimoMassimoPERSICBednarek, W.W.BednarekPoutanen, J.J.PoutanenPrada Moroni, P. G.P. G.Prada MoroniPRANDINI, ELISAELISAPRANDINIPuljak, I.I.PuljakRhode, W.W.RhodeRibó, M.M.RibóRico, J.J.RicoRodriguez Garcia, J.J.Rodriguez GarciaSaito, T.T.SaitoSatalecka, K.K.SataleckaBernardini, E.E.BernardiniSchultz, C.C.SchultzSchweizer, T.T.SchweizerShore, S. N.S. N.ShoreSillanpää, A.A.SillanpääSitarek, J.J.SitarekSnidaric, I.I.SnidaricSobczynska, D.D.SobczynskaSTAMERRA, AntonioAntonioSTAMERRASteinbring, T.T.SteinbringStrzys, M.M.StrzysBiasuzzi, B.B.BiasuzziTakalo, L.L.TakaloTakami, H.H.TakamiTAVECCHIO, FabrizioFabrizioTAVECCHIOTemnikov, P.P.TemnikovTerzić, T.T.TerzićTescaro, D.D.TescaroTeshima, M.M.TeshimaThaele, J.J.ThaeleTorres, D. F.D. F.TorresToyama, T.T.ToyamaBiland, A.A.BilandTreves, A.A.TrevesVerguilov, V.V.VerguilovVovk, I.I.VovkWard, J. E.J. E.WardWill, M.M.WillWup, M. H.M. H.WupZanins, R.R.ZaninsAleksić, J.J.AleksićWood, M.M.WoodAnderson, B.B.AndersonBlanch, O.O.BlanchBloom, E. D.E. D.BloomCohen-Tanugi, J.J.Cohen-TanugiDrlica-Wagner, A.A.Drlica-WagnerMazziotta, M. N.M. N.MazziottaSánchez-Condeai, M.M.Sánchez-CondeaiStrigarian, L.L.StrigarianBonnefoy, S.S.BonnefoyBonnoli, G.G.BonnoliBorracci, F.F.BorracciBretz, T.T.BretzCarmona, E.E.CarmonaCarosi, A.A.CarosiChatterjee, A.A.ChatterjeeClavero, R.R.ClaveroColin, P.P.ColinColombo, E.E.ColomboContreras, J. L.J. L.ContrerasCortina, J.J.CortinaCOVINO, StefanoStefanoCOVINODa Vela, P.P.Da VelaDAZZI, FrancescoFrancescoDAZZIDe Angelis, A.A.De AngelisDe Lotto, B.B.De Lottode Oña Wilhelmi, E.E.de Oña WilhelmiDelgado Mendez, C.C.Delgado MendezDi Pierro, F.F.Di PierroDominis Prester, D.D.Dominis PresterDorner, D.D.DornerDoro, M.M.DoroEinecke, S.S.EineckeEisenacher Glawion, D.D.Eisenacher GlawionElsaesser, D.D.ElsaesserFernández-Barral, A.A.Fernández-BarralFidalgo, D.D.FidalgoFonseca, M. V.M. V.FonsecaFont, L.L.FontFrantzen, K.K.FrantzenFruck, C.C.FruckGalindo, D.D.GalindoGarcía López, R. J.R. J.García LópezGarczarczyk, M.M.GarczarczykGarrido Terrats, D.D.Garrido TerratsGaug, M.M.GaugGiammaria, P.P.GiammariaGodinović, N.N.GodinovićGonzález Muñoz, A.A.González MuñozGuberman, D.D.GubermanHahn, A.A.HahnHanabata, Y.Y.HanabataHayashida, M.M.HayashidaHerrera, J.J.HerreraHose, J.J.HoseHrupec, D.D.HrupecHughes, G.G.HughesIdec, W.W.IdecKodani, K.K.KodaniKonno, Y.Y.KonnoKubo, H.H.KuboKushida, J.J.KushidaLA BARBERA, ANTONINOANTONINOLA BARBERALelas, D.D.LelasLindfors, E.E.LindforsLombardi, S.S.LombardiLongo, F.F.LongoLópez-Coto, M. López R.M. López R.López-CotoLópez-Oramas, A.A.López-OramasLorenz, E.E.LorenzMajumdar, P.P.MajumdarMakariev, M.M.MakarievMallot, K.K.MallotManeva, G.G.ManevaManganaro, M.M.ManganaroMannheim, K.K.MannheimMaraschi, L.L.MaraschiMarcote, B.B.MarcoteMariotti, M.M.MariottiMartínez, M.M.MartínezMazin, D.D.MazinMenzel, U.U.MenzelMiranda, J. M.J. M.MirandaMirzoyan, R.R.MirzoyanMoralejo, A.A.MoralejoMoretti, E.E.MorettiNakajima, D.D.NakajimaNeustroev, V.V.NeustroevNiedzwiecki, A.A.NiedzwieckiNievas Rosillo, M.M.Nievas RosilloNilsson, K.K.NilssonNishijima, K.K.NishijimaNoda, K.K.Noda2020-05-052020-05-0520161475-7516http://hdl.handle.net/20.500.12386/24498We present the first joint analysis of gamma-ray data from the MAGIC Cherenkov telescopes and the Fermi Large Area Telescope (LAT) to search for gamma-ray signals from dark matter annihilation in dwarf satellite galaxies. We combine 158 hours of Segue 1 observations with MAGIC with 6-year observations of 15 dwarf satellite galaxies by the Fermi-LAT. We obtain limits on the annihilation cross-section for dark matter particle masses between 10 GeV and 100 TeV—the widest mass range ever explored by a single gamma-ray analysis. These limits improve on previously published Fermi-LAT and MAGIC results by up to a factor of two at certain masses. Our new inclusive analysis approach is completely generic and can be used to perform a global, sensitivity-optimized dark matter search by combining data from present and future gamma-ray and neutrino detectors.ELETTRONICOenArticle10.1088/1475-7516/2016/02/0392-s2.0-84961158510000372467600040https://iopscience.iop.org/article/10.1088/1475-7516/2016/02/0392016JCAP...02..039MFIS/05 - ASTRONOMIA E ASTROFISICAERC sectors::Physical Sciences and Engineering::PE9 Universe sciences: astro-physics/chemistry/biology; solar systems; stellar, galactic and extragalactic astronomy, planetary systems, cosmology, space science, instrumentation::PE9_12 Dark matter, dark energy