Intraocular implant, comprising: a) a biocompatible flexible membrane configured to implant in a localized region inside an eye, said biocompatible flexible membrane having a front and back surface, wherein the front surface and the back surface are disposed in substantially parallel opposed relation providing a uniform thickness of the intraocular implant in a range of 5 microns ("μm") and 100 μm, and an outer boundary suitable for implantation into the concavity of the posterior capsule, ciliary sulcus or anterior chamber; and b) an aperture element which communicates between opposed sides of said biocompatible flexible membrane to provide a passage opening, said passage opening configured to intraocularly align with a visual axis of said eye, thereby providing a line of sight which passes through said passage opening, and wherein the said localization region inside the eye consists of i) a posterior capsule, and wherein said biocompatible flexible membrane has a configuration which allows placement between a lens and a surface of the posterior capsule which aligns said passage open in that visual axis of said eye; or ii) a ciliary sulcus, and wherein said biocompatible flexible membrane has a configuration which allows placement between a lens and the surface of an iris which aligns said passage opening with said visual axis of said eye; or iii) an anterior chamber and wherein said biocompatible flexible membrane has a configuration which allows placement overlying said iris which aligns said passage opening in said visual axis of said eye. a) a biocompatible flexible membrane configured to implant in a localized region inside an eye, said biocompatible flexible membrane having a front and back surface, wherein the front surface and the back surface are disposed in substantially parallel opposed relation providing a uniform thickness of the intraocular implant in a range of 5 microns ("μm") and 100 μm, and an outer boundary suitable for implantation into the concavity of the posterior capsule, ciliary sulcus or anterior chamber; and b) an aperture element which communicates between opposed sides of said biocompatible flexible membrane to provide a passage opening, said passage opening configured to intraocularly align with a visual axis of said eye, thereby providing a line of sight which passes through said passage opening, and wherein the said localization region inside the eye consists of i) a posterior capsule, and wherein said biocompatible flexible membrane has a configuration which allows placement between a lens and a surface of the posterior capsule which aligns said passage open in that visual axis of said eye; or ii) a ciliary sulcus, and wherein said biocompatible flexible membrane has a configuration which allows placement between a lens and the surface of an iris which aligns said passage opening with said visual axis of said eye; or iii) an anterior chamber and wherein said biocompatible flexible membrane has a configuration which allows placement overlying said iris which aligns said passage opening in said visual axis of said eye. i) a posterior capsule, and wherein said biocompatible flexible membrane has a configuration which allows placement between a lens and a surface of the posterior capsule which aligns said passage open in that visual axis of said eye; or ii) a ciliary sulcus, and wherein said biocompatible flexible membrane has a configuration which allows placement between a lens and the surface of an iris which aligns said passage opening with said visual axis of said eye; or iii) an anterior chamber and wherein said biocompatible flexible membrane has a configuration which allows placement overlying said iris which aligns said passage opening in said visual axis of said eye.