of the retina 104 myopia or behind 108 the retina 104 hypermetropia typically visual acuity problems are corrected by attaching some type of refractive device to the viewer e g glasses contacts etc however in this ease the present invention is a refractive device which is not attached to the viewer 39 s head or eye 39 s but instead is attatched to the lcd panel as additional layer in the lcd in typical usage the present invention will be at least 20 cm from the viewer 39 s eyes this refractive device alters the path of the light 102 to focus it correctly on the viewer 39 s retina 104 thus the system is able to correct the image emitted from the ldc panel before it gets to the user avoiding the need for corrective lenses or glasses as shown in fig2 the present invention is a vision correction system 200 the vision correction system 200 includes a backlight 202 which emits light 102 a lcd panel 203 which is comprised of individual liquid crystal pixels and a configurable grid 204 incorporated in an lcd 206 the backlight 202 lcd panel 203 and configurable grid 204 are arranged within the lcd in a series of layers the configurable grid 204 is comprised of magnetically sensitive nanoparticles suspended in an optically transparent medium and an array of micro electromagnets which control the location.