Contact lens with adaptable curvature

1. A soft contact lens, comprising:

a dome-shaped flexible sheet of material, comprising:

(a) a non-optic zone comprising the periphery of the dome-shaped flexible sheet of material, wherein the non-optic zone is configured to cover a portion of the cornea and portion of the sclera of an eye, wherein the non-optic zone comprises:

an upper peripheral zone comprising an upper part of the periphery of the dome-shaped flexible sheet of material, and

a lower peripheral zone comprising a lower part of the periphery of the dome-shaped flexible sheet of material; and further comprising

at least one slit comprising a an elongated portion cut out of the lens, wherein each said slit maintains a gap extending from the periphery of the contact lens until the base of the slit towards an inner region of the contact lens when the slit is in a normally neutral state; and

the curvature of the dome-shaped flexible sheet of material is dynamically adaptable, by virtue of each said slit being configured to open and close, enabling at least one of the upper and lower peripheral zones to laterally expand and contract, thereby allowing flexibility of the lens periphery in order to modify the curvature of the disk-shaped contact lens; and

(b) an optic zone disposed in an area of the dome-shaped flexible sheet of material that lies between the upper and lower peripheral zones, wherein the optic zone is configured to align with a visual axis of the eye.

2. The soft contact lens of claim 1 , wherein:

the lateral expansion of at least one of the upper and lower peripheral zones causes an at least 9% increase in a circumference of the dome-shaped flexible sheet of material at a 45° arc that is centered at the upper or lower peripheral zone, respectively; and

the lateral contraction of at least one of the upper and lower peripheral zones causes an at least 9% decrease in a circumference of the dome-shaped flexible sheet of material at a 45° arc that is centered at the upper or lower peripheral zone, respectively.

3. The soft contact lens of claim 1 , wherein the gap of any one of the at least one slit is uniform along the length of the slit when the slit is in the normally neutral state.

4. The soft contact lens of claim 1 , wherein the gap of any of the at least one slit is non-uniform along the length of the slit when the slit is in the normally neutral state.

5. The soft contact lens of claim 1 , wherein any of the at least one slit has an elongated “U” shape when the slit is in the normally neutral state.

6. The soft contact lens of claim 1 , wherein any of the at least one slit has a “V” shape when the slit is in the normally neutral state.

7. The soft contact lens of claim 1 , wherein any of the at least one slit has a rectangular shape when the slit is in the normally neutral state.

8. The soft contact lens of claim 1 , wherein any of the at least one slit has a pointed picket shape when the slit is in the normally neutral state.

9. The soft contact lens of claim 1 , wherein the at least one slit is at least two slits, wherein the upper peripheral zone comprises at least one upper slit comprising at least one of the at least two elongated slits, wherein the at least one upper slit is configured to open and close, thereby dynamically adapting the curvature of the upper peripheral zone, and wherein the lower peripheral zone comprises at least one lower slit comprising at least another one of the at least two elongated slits, wherein the at least one lower slit is configured to open and close, thereby dynamically adapting the curvature of the lower peripheral zone.

10. The soft contact lens of claim 9 , wherein the at least one upper slit comprises at least two upper slits, and wherein the at least one lower slit comprises at least two lower slits.

11. The soft contact lens of claim 1 , wherein: the upper peripheral zone comprises the at least one slit, wherein the at least one slit is configured to open and close, thereby dynamically adapting the curvature of the upper peripheral zone, and

the lower peripheral zone is truncated.

12. The soft contact lens of claim 1 , wherein: the lower peripheral zone comprises the at least one slit, wherein the at least one slit is configured to open and close, thereby dynamically adapting the curvature of the lower peripheral zone, and

the upper peripheral zone is truncated.

13. The soft contact lens of claim 1 , wherein the optic zone comprises at least two optic zones having different dioptric powers.

14. The soft contact lens of claim 13 , wherein the optic zone comprises a distance vision zone, and a near vision zone, wherein the distance vision zone has a different dioptric power than the near vision zone.

15. The soft contact lens of claim 13 , wherein the optic zone has an aspheric configuration.

16. The soft contact lens of claim 13 , wherein the optic zone has a translating configuration.

17. The soft contact lens of claim 13 , wherein the optic zone has a concentric configuration, wherein the distance vision zone is located at the center of the optic zone, and wherein the near vision zone is ring-shaped and is located at the periphery of the optic zone, and wherein the optic zone further comprises a ring-shaped intermediate optic zone located between the distance vision zone and the near vision zone.

18. The soft contact lens of claim 1 , wherein the upper peripheral zone is configured to expand and the lower peripheral zone is configured to contract when the visual axis of the eye is aligned with the lower periphery of the optic zone, and wherein the upper peripheral zone and the lower peripheral zone are configured to be at a normally neutral state when the visual axis of the eye is aligned with the center of the optic zone.

19. The soft contact lens of claim 1 , further comprising a stabilizing middle zone positioned between the upper and lower peripheral zones, wherein the thickness of the stabilizing middle zone is greater than the thickness of the upper and lower peripheral zones.