Fig. 3: Characterisation of the magnetic wavevector trajectory as a function of electric field and temperature.
From: Deterministic control of nanomagnetic spiral trajectories using an electric field
a Diffracted neutron intensity from the TC state as a function of rocking angle, ω, for different applied voltages at 5 K. Horizontal shifts in peak position indicate a change in wavevector corresponding to a deflection of the spiral along the neutron beam direction. b E-field dependence of this deflection as a function of temperature, with each temperature offset along the y axis for clarity. Linear trends are observed in all datasets. Errors correspond to the diagonalised covariance matrix obtained in the fitting procedure.
