It is stated that the innovative neuroprosthesis technology aims to repair damaged retinal photoreceptors, which are very important for converting light into electrical signals that allow us to see. 24 Channels.

A revolution in vision restoration

The UNSW team’s efforts focus on helping patients with retinal pigment degeneration and age-related macular degeneration (or age-related macular degeneration), which impairs the eye’s ability to record images.

Using solar photovoltaic panels, researchers hope to generate enough electricity to power sensor chips and potentially restore vision.

as we see

When light hits the retina, photoreceptors convert it into electrical signals. These signals travel from the retina via the optic nerve to the brain, where they are converted into the images you see.

Structure of the eye / Photo Depositphotos

Retinal pigmentary degeneration is the name given to a group of rare genetic eye diseases that cause the photoreceptors that capture images to gradually disappear, eventually leading to vision loss.

In age-related macular degeneration (AMD), the macula, the part of the retina that controls sharp, straight line vision, becomes damaged, causing vision loss in the central field of vision. There is currently no cure for RP or AMD.

Although the concept has been successful in producing low-resolution black and white images, it needs further development. The current intensity of sunlight may not be sufficient for solar cells to work, and additional devices such as glasses or smart glasses may be needed to strengthen the light.

This groundbreaking research marks a promising step in combating visual impairment and improving the quality of life for many people. The UNSW team continues to develop the technology in the hope of bringing this solution to those who need it.