1. Magnetic resonance imaging method for obtaining an image of an object laid in a space in which a static magnetic field is applied, the method comprising the steps of: A) sequentially measuring a plurality of magnetic resonance views with a plurality of encodings by repeating a measurement sequence including substeps of: a) exciting nuclear spins in said object, b) applying a phase-encoding field gradient along a first direction with programmed time integral to encode the excited spins, and c) detecting the encoded spins in the presence of a readout field gradient along a second direction to generate a magnetic resonance view, wherein measurements of magnetic resonance views with at least low-order encodings are obtained during the repetition of the measurement sequence; B) subjecting respective magnetic resonance views to a first Fourier transformation so as to generate a plurality of projection views with a plurality of encodings forming a data matrix of a hybrid domain; C) correcting displacements in respective projection views due to motion of the object using displacement information obtained from projection views with low-order encodings so as to generate a corrected data matrix in the hybrid domain for generating the image of the object based on the corrected projection views including low-order encodings; and D) subjecting the corrected data matrix to a second Fourier transformation so as to generate the image of the object.