1. A computer-implemented method for subject/object motion detection and correction during a magnetic resonance imaging (MRI) scan, which comprises the steps of: generating, via a magnetic resonance scanner, a magnetic field gradient and a radio-frequency signal for the MRI scan, the radio-frequency signal having a successive repetition of at least one pulse sequence, the pulse sequence starting with a radio-frequency excitation pulse, a time between two successive radio-frequency excitation pulses being defined as a repetition time; detecting, from a readout signal emitted in response to the pulse sequence, time-points in which motion of a subject/object has occurred, the detecting being realized via a motion detection technique configured for detecting occurrences of subject/object motion in dependence on a time during the MRI scan; automatically creating motion-free interleaves via a computer processor by sampling of k-space that is performed with an MRI apparatus by disposing k-space readout signals acquired over the repetition time of the pulse sequence into several groups of interleaves characterized by a uniform sampling of the k-space and achieving a uniform angular distribution by utilizing golden angle displacement between successive interleaves of the k-space; reconstructing separately each subset of interleaves with the computer processor obtaining low resolution MR images; using the low resolution images when determining motion parameters via a computational technique and by registration to a predetermined reference image; and using the motion parameters in order to improve a quality of images obtained during the MRI scan.