A magnetic resonance imaging system comprising: a main magnet, a gradient coil, and a radio frequency coil formed in a housing; and a system controller configured to control the main magnet, the gradient coil, and the RF coil, wherein the system controller includes different system controllers (120, 130) configured to simultaneously or sequentially acquire magnetic resonance images of different elements, wherein the system controller comprises: a first system controller configured to acquire an MR signal of a first element; and a second system controller configured to acquire an MR signal of a second element different from the first element, characterized in that the MRI system further comprises surface gradient -coils individually connected to the first system controller and the second system controller, and wherein the surface G-coil connected to the first system controller is configured to generate gradient magnetic fields in x-axis, y-axis, and z-axis directions perpendicular to each other, and the surface G-coil connected to the second system controller is configured to generate gradient magnetic fields in x'-axis, y'axis, and z'-axis directions, wherein operating frequencies of the first system controller and the second system controller differ from each other, wherein the first system controller is adapted to control a first RF coil element of the RF coil, and the second system controller is adapted to control a second RF coil element different from the first RF coil element of the RF coil. a main magnet, a gradient coil, and a radio frequency coil formed in a housing; and a system controller configured to control the main magnet, the gradient coil, and the RF coil, wherein the system controller includes different system controllers (120, 130) configured to simultaneously or sequentially acquire magnetic resonance images of different elements, wherein the system controller comprises: a first system controller configured to acquire an MR signal of a first element; and a second system controller configured to acquire an MR signal of a second element different from the first element, characterized in that the MRI system further comprises surface gradient -coils individually connected to the first system controller and the second system controller, and wherein the surface G-coil connected to the first system controller is configured to generate gradient magnetic fields in x-axis, y-axis, and z-axis directions perpendicular to each other, and the surface G-coil connected to the second system controller is configured to generate gradient magnetic fields in x'-axis, y'axis, and z'-axis directions, wherein operating frequencies of the first system controller and the second system controller differ from each other, wherein the first system controller is adapted to control a first RF coil element of the RF coil, and the second system controller is adapted to control a second RF coil element different from the first RF coil element of the RF coil. a first system controller configured to acquire an MR signal of a first element; and a second system controller configured to acquire an MR signal of a second element different from the first element, characterized in that the MRI system further comprises surface gradient -coils individually connected to the first system controller and the second system controller, and wherein the surface G-coil connected to the first system controller is configured to generate gradient magnetic fields in x-axis, y-axis, and z-axis directions perpendicular to each other, and the surface G-coil connected to the second system controller is configured to generate gradient magnetic fields in x'-axis, y'axis, and z'-axis directions, wherein operating frequencies of the first system controller and the second system controller differ from each other, wherein the first system controller is adapted to control a first RF coil element of the RF coil, and the second system controller is adapted to control a second RF coil element different from the first RF coil element of the RF coil.