In-situ adjustable intraocular lens

An in-situ adjustable ophthalmic device, comprising:

• a ring-shaped intraocular base comprising an opening configured to receive an optic of an intraocular lens (IOL);
• and
• an intraocular lens (IOL) comprising an optic and at least two haptics, each haptic coupled to the optic via a haptic junction, the at least two haptics configured to engage with the intraocular base,
• wherein each of the haptic junctions comprises a photoresponsive shape memory polymer network,
• wherein the intraocular base and IOL are configured to be positioned in a capsular bag of a patient, and further configured such that irradiation of the haptic junctions with polarized laser radiation induces a shape change of the photoresponsive shape memory polymer network, and therefore a shape change of the haptics, to cause the IOL to be rotated around a center of the optic, with respect to the intraocular base, in a clockwise direction or counterclockwise direction,
• wherein a first haptic junction of the haptic junctions comprises the photoresponsive shape memory polymer network in a first placement, and a second haptic junction of the haptic junctions comprises the photoresponsive shape memory polymer network in a second placement different from the first placement, such that the at least two haptics are configured to respond differently to irradiation.