Method of magnetic resonance tomography imaging an object, comprising the steps of: - arranging the object in a static magnetic field, - subjecting the object to radiofrequency pulses and magnetic field gradients for creating spatial encoding of magnetic resonance signals, - acquiring the magnetic resonance signals with at least two RF receive coils, each with a self-resonance frequency and a spatially restricted sensitivity profile, and - reconstructing an object image, wherein the spatial encoding of the magnetic resonance signals by the magnetic field gradients and by the spatially restricted sensitivity profiles of the RF receive coils is utilized, wherein - the sensitivity profile of at least one of the RF receive coils is subjected to a temporal sensitivity profile modulation during the step of acquiring the magnetic resonance signals, wherein the self-resonance frequency of the at least one modulated RF receive coil is set within a predetermined receive bandwidth of a constant resonance frequency value during the temporal sensitivity profile modulation, - the step of reconstructing the object image further utilizes the temporal sensitivity profile modulation for obtaining additional spatial information to the spatial encoding of the magnetic resonance signals by the magnetic field gradients, wherein the temporal sensitivity profile modulation is created by at least one modulation component coupled with the at least one modulated RF receive coil, characterized in that - the at least one modulation component comprises at least one tunable metamaterial placed between the at least one modulated RF receive coil and the object and/or at least one auxiliary modulation coil which is arranged adjacent to and electro-magnetically coupled with the at least one modulated RF receive coil. - arranging the object in a static magnetic field, - subjecting the object to radiofrequency pulses and magnetic field gradients for creating spatial encoding of magnetic resonance signals, - acquiring the magnetic resonance signals with at least two RF receive coils, each with a self-resonance frequency and a spatially restricted sensitivity profile, and - reconstructing an object image, wherein the spatial encoding of the magnetic resonance signals by the magnetic field gradients and by the spatially restricted sensitivity profiles of the RF receive coils is utilized, - the sensitivity profile of at least one of the RF receive coils is subjected to a temporal sensitivity profile modulation during the step of acquiring the magnetic resonance signals, wherein the self-resonance frequency of the at least one modulated RF receive coil is set within a predetermined receive bandwidth of a constant resonance frequency value during the temporal sensitivity profile modulation, - the step of reconstructing the object image further utilizes the temporal sensitivity profile modulation for obtaining additional spatial information to the spatial encoding of the magnetic resonance signals by the magnetic field gradients, wherein the temporal sensitivity profile modulation is created by at least one modulation component coupled with the at least one modulated RF receive coil, characterized in that - the at least one modulation component comprises at least one tunable metamaterial placed between the at least one modulated RF receive coil and the object and/or at least one auxiliary modulation coil which is arranged adjacent to and electro-magnetically coupled with the at least one modulated RF receive coil.