- Main
Planck 2015 results
- Aghanim, N;
- Arnaud, M;
- Ashdown, M;
- Aumont, J;
- Baccigalupi, C;
- Banday, AJ;
- Barreiro, RB;
- Bartlett, JG;
- Bartolo, N;
- Battaner, E;
- Battye, R;
- Benabed, K;
- Benoît, A;
- Benoit-Lévy, A;
- Bernard, J-P;
- Bersanelli, M;
- Bielewicz, P;
- Bock, JJ;
- Bonaldi, A;
- Bonavera, L;
- Bond, JR;
- Borrill, J;
- Bouchet, FR;
- Burigana, C;
- Butler, RC;
- Calabrese, E;
- Cardoso, J-F;
- Catalano, A;
- Challinor, A;
- Chiang, HC;
- Christensen, PR;
- Churazov, E;
- Clements, DL;
- Colombo, LPL;
- Combet, C;
- Comis, B;
- Coulais, A;
- Crill, BP;
- Curto, A;
- Cuttaia, F;
- Danese, L;
- Davies, RD;
- Davis, RJ;
- de Bernardis, P;
- de Rosa, A;
- de Zotti, G;
- Delabrouille, J;
- Désert, F-X;
- Dickinson, C;
- Diego, JM;
- Dolag, K;
- Dole, H;
- Donzelli, S;
- Doré, O;
- Douspis, M;
- Ducout, A;
- Dupac, X;
- Efstathiou, G;
- Elsner, F;
- Enßlin, TA;
- Eriksen, HK;
- Fergusson, J;
- Finelli, F;
- Forni, O;
- Frailis, M;
- Fraisse, AA;
- Franceschi, E;
- Frejsel, A;
- Galeotta, S;
- Galli, S;
- Ganga, K;
- Génova-Santos, RT;
- Giard, M;
- González-Nuevo, J;
- Górski, KM;
- Gregorio, A;
- Gruppuso, A;
- Gudmundsson, JE;
- Hansen, FK;
- Harrison, DL;
- Henrot-Versillé, S;
- Hernández-Monteagudo, C;
- Herranz, D;
- Hildebrandt, SR;
- Hivon, E;
- Holmes, WA;
- Hornstrup, A;
- Huffenberger, KM;
- Hurier, G;
- Jaffe, AH;
- Jones, WC;
- Juvela, M;
- Keihänen, E;
- Keskitalo, R;
- Kneissl, R;
- Knoche, J;
- Kunz, M;
- Kurki-Suonio, H;
- Lacasa, F;
- Lagache, G;
- Lähteenmäki, A;
- Lamarre, J-M;
- Lasenby, A;
- Lattanzi, M;
- Leonardi, R;
- Lesgourgues, J;
- Levrier, F;
- Liguori, M;
- Lilje, PB;
- Linden-Vørnle, M;
- López-Caniego, M;
- Macías-Pérez, JF;
- Maffei, B;
- Maggio, G;
- Maino, D;
- Mandolesi, N;
- Mangilli, A;
- Maris, M;
- Martin, PG;
- Martínez-González, E;
- Masi, S;
- Matarrese, S;
- Melchiorri, A;
- Melin, J-B;
- Migliaccio, M;
- Miville-Deschênes, M-A;
- Moneti, A;
- Montier, L;
- Morgante, G;
- Mortlock, D;
- Munshi, D;
- Murphy, JA;
- Naselsky, P;
- Nati, F;
- Natoli, P;
- Noviello, F;
- Novikov, D;
- Novikov, I;
- Paci, F;
- Pagano, L;
- Pajot, F;
- Paoletti, D;
- Pasian, F;
- Patanchon, G;
- Perdereau, O;
- Perotto, L;
- Pettorino, V;
- Piacentini, F;
- Piat, M;
- Pierpaoli, E;
- Pietrobon, D;
- Plaszczynski, S;
- Pointecouteau, E;
- Polenta, G;
- Ponthieu, N;
- Pratt, GW;
- Prunet, S;
- Puget, J-L;
- Rachen, JP;
- Reinecke, M;
- Remazeilles, M;
- Renault, C;
- Renzi, A;
- Ristorcelli, I;
- Rocha, G;
- Rossetti, M;
- Roudier, G;
- Rubiño-Martín, JA;
- Rusholme, B;
- Sandri, M;
- Santos, D;
- Sauvé, A;
- Savelainen, M;
- Savini, G;
- Scott, D;
- Spencer, LD;
- Stolyarov, V;
- Stompor, R;
- Sunyaev, R;
- Sutton, D;
- Suur-Uski, A-S;
- Sygnet, J-F;
- Tauber, JA;
- Terenzi, L;
- Toffolatti, L;
- Tomasi, M;
- Tramonte, D;
- Tristram, M;
- Tucci, M;
- Tuovinen, J;
- Valenziano, L;
- Valiviita, J;
- Van Tent, B;
- Vielva, P;
- Villa, F;
- Wade, LA;
- Wandelt, BD;
- Wehus, IK;
- Yvon, D;
- Zacchei, A;
- Zonca, A
Published Web Location
https://doi.org/10.1051/0004-6361/201525826Abstract
We have constructed all-sky Compton parameters maps, y-maps, of the thermal Sunyaev-Zeldovich (tSZ) effect by applying specifically tailored component separation algorithms to the 30 to 857 GHz frequency channel maps from the Planck satellite. These reconstructed y-maps are delivered as part of the Planck 2015 release. The y-maps are characterized in terms of noise properties and residual foreground contamination, mainly thermal dust emission at large angular scales, and cosmic infrared background and extragalactic point sources at small angular scales. Specific masks are defined to minimize foreground residuals and systematics. Using these masks, we compute the y-map angular power spectrum and higher order statistics. From these we conclude that the y-map is dominated by tSZ signal in the multipole range, 20
Many UC-authored scholarly publications are freely available on this site because of the UC's open access policies. Let us know how this access is important for you.