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Experimental evidence from both spin-valve and quantum transport measurementspoints towards unexpectedly fast spin relaxation in graphene. We reportmagnetotransport studies of epitaxial graphene on SiC in a vector magneticfield showing that spin relaxation, detected using weak-localisation analysis,is suppressed by an in-plane magnetic field, $B_{\parallel}$, and therebyproving that it is caused at least in part by spinful scatterers. Anon-monotonic dependence of effective decoherence rate on $B_{\parallel}$reveals the intricate role of scatterers' spin dynamics in forming theinterference correction to conductivity, an effect that has gone unnoticed inearlier weak localisation studies

Influence of impurity spin dynamics on quantum transport in epitaxial graphene