Metadata for the publication "Symmetry-Breaking Interlayer Dzyaloshinskii-Moriya Interactions in Synthetic Antiferromagnets" by A. Fernández-Pacheco et al. .dat files, can be open with any standard text file editor. The files comprise the MOKE, VSM, X-Ray and simulations included in the paper. MAIN MANUSCRIPT - Fig2-Mx/Mz-AfterMinus/PlusBz: Experimental Longitudinal and Polar Kerr after saturating -Bz and +Bz - Fig2-Comp-Neg/PosBranch-AfterNegative/PositiveBz: Two different hysteresis loop branchs extracted from atomistic Monte Carlo simulations, including Mz, Mx and interlayer DMI energy - Fig 3, Exp/MacrospinMC/AtomisticMC: Bias value as a function of thickness for the three types of experiments and simulations - Fig4: Mx, My, Mz as a function of spin number, result of atomistic MC simulations SUPPLEMENTARY - FigS1a: Bias field as a function of in plane angle - FigS1c - different angles: Longitudinal Kerr loops as a function of magnetic fields, for different in plane angles - FigS4 b-i: MOKE loops for three different control experiments, as described in Supplementary - Fig. S5a-e1/2: MOKE loops experimental/computational, for different CoFeB thickness - Fig. S6: VSM loops showing mz and mx components - Fig. S7a-b: VSM loops as a function of in-plane angle - Fig. S8a-d: VSM loops for a different system, where Co is canted - Fig. S9a-b: X-ray reflectrometry and diffraction for the Co canted system For further information about these data and the publication, contact either Amalio Fernandez-Pacheco (amalio.fernandez-pacheco@glasgow.ac.uk) or Elena Vedmendenko (vedmeden@physnet.uni-hamburg.de)