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We report on the strong influence of Carbon doping on 1/f noise in fullyepitaxial Fe/MgO(100)12ML/Fe magnetic tunnel junctions in comparison withundoped junctions with a large density of barrier defects. Carbon influencesthe relaxation of defects, the reconstruction of the interface and the symmetrytransformation of interface resonance states, which are suggested to contributeto the strong reduction of the 1/f noise. Our study demonstrates that dopingwith light elements could be a versatile tool to improve the electron transportand noise in epitaxial magnetic tunnel junctions with large density of barrierdefects.

Very strong reduction of 1/f noise by Carbon doping in epitaxial Fe/MgO(100)12ML/Fe magnetic tunnel junctions with large density of barrier defects