Goldschmidt, Jan ChristophJan ChristophGoldschmidtBett, Alexander J.Alexander J.BettBivour, MartinMartinBivourBläsi, BenediktBenediktBläsiEisenlohr, JohannesJohannesEisenlohrKohlstädt, MarkusMarkusKohlstädtLee, S.S.LeeMastroianni, SimoneSimoneMastroianniMundt, Laura E.Laura E.MundtMundus, MarkusMarkusMundusNdione, P.P.NdioneReichel, ChristianChristianReichelSchubert, Martin C.Martin C.SchubertSchulze, Patricia S.C.Patricia S.C.SchulzeTucher, NicoNicoTucherVeit, ClemensClemensVeitVeurman, WelmoedWelmoedVeurmanWienands, KarlKarlWienandsWinkler, K.K.WinklerWürfel, UliUliWürfelGlunz, Stefan W.Stefan W.GlunzHermle, MartinMartinHermle2022-03-132022-03-132016https://publica.fraunhofer.de/handle/publica/40038510.1364/PV.2016.PM4B.2For high efficiency monolithic perovskite silicon tandem solar cells, we develop low-temperature processes for the perovskite top cell, rear-side light trapping, optimized perovskite growth, transparent contacts and adapted characterization methods.en621697conference paper