An optical system for use with a micro display to focus light from the micro display onto an eye of a user, the optical system comprising: a first lens element disposed relatively proximate to the micro display, the first lens element comprising a first surface facing toward the micro display and a second surface facing away from the micro display toward the eye of the user, the first surface comprising a concave shape that provides negative power and the second surface comprising a concave shape that provides negative power, at least one of the first surface and the second surface having Fresnel features thereon that include grooves that approximate the continuous curvature of a lens that provides positive power, wherein, for each of the first surface and the second surface that includes Fresnel features thereon, the Fresnel features on the surface and the concave shape of the surface cause positive aberrations and negative aberrations to cancel each other; a second lens element disposed relatively distal to the micro display, the second lens element comprising a third surface facing toward the micro display and a fourth surface facing away from the micro display toward the eye of the user, the third surface comprising a convex shape and the fourth surface comprising a concave shape, at least one of the third surface and the fourth surface having Fresnel features thereon; wherein each of at least one of the first surface, second surface, third surface, and fourth surface includes a first zone defined by a first Fresnel pattern and a second zone defined by a second Fresnel pattern, and wherein the first Fresnel pattern has a first focal length associated therewith to provide a first field of view angle, and the second Fresnel pattern has a second focal length associated therewith to provide a second field of view angle that is larger than the first field of view angle. a first lens element disposed relatively proximate to the micro display, the first lens element comprising a first surface facing toward the micro display and a second surface facing away from the micro display toward the eye of the user, the first surface comprising a concave shape that provides negative power and the second surface comprising a concave shape that provides negative power, at least one of the first surface and the second surface having Fresnel features thereon that include grooves that approximate the continuous curvature of a lens that provides positive power, wherein, for each of the first surface and the second surface that includes Fresnel features thereon, the Fresnel features on the surface and the concave shape of the surface cause positive aberrations and negative aberrations to cancel each other; a first surface facing toward the micro display and a second surface facing away from the micro display toward the eye of the user, the first surface comprising a concave shape that provides negative power and the second surface comprising a concave shape that provides negative power, at least one of the first surface and the second surface having Fresnel features thereon that include grooves that approximate the continuous curvature of a lens that provides positive power, wherein, for each of the first surface and the second surface that includes Fresnel features thereon, the Fresnel features on the surface and the concave shape of the surface cause positive aberrations and negative aberrations to cancel each other; a second lens element disposed relatively distal to the micro display, the second lens element comprising a third surface facing toward the micro display and a fourth surface facing away from the micro display toward the eye of the user, the third surface comprising a convex shape and the fourth surface comprising a concave shape, at least one of the third surface and the fourth surface having Fresnel features thereon; a third surface facing toward the micro display and a fourth surface facing away from the micro display toward the eye of the user, the third surface comprising a convex shape and the fourth surface comprising a concave shape, at least one of the third surface and the fourth surface having Fresnel features thereon; wherein each of at least one of the first surface, second surface, third surface, and fourth surface includes a first zone defined by a first Fresnel pattern and a second zone defined by a second Fresnel pattern, and wherein the first Fresnel pattern has a first focal length associated therewith to provide a first field of view angle, and the second Fresnel pattern has a second focal length associated therewith to provide a second field of view angle that is larger than the first field of view angle.