Here, researchers introduce light sensitive nanoparticles into the retina that can in principle provide the basis for a more refined artificial substitute for normal vision. Based on the results of the electrode grids, one would expect the result to be a view of the world painted in glowing […]
Here, researchers introduce light sensitive nanoparticles into the retina that can in principle provide the basis for a more refined artificial substitute for normal vision.
Based on the results of the electrode grids, one would expect the result to be a view of the world painted in glowing […]
Recall that direct stimulation of retinal cells by grid electrodes implanted in the retina has been used to produces a poor substitute for actual vision, but a substitute that allows blind people at least...
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Here, researchers introduce light sensitive nanoparticles into the retina that can in principle provide the basis for a more refined artificial substitute for normal vision. Based on the results of the electrode grids, one would expect the result to be a view of the world painted in glowing […] Recall that direct stimulation of retinal cells by grid electrodes implanted in the retina has been used to produces a poor substitute for actual vision, but a substitute that allows blind people at least some capacity to navigate and even read.
Recall that direct stimulation of retinal cells by grid electrodes implanted in the retina has been used to produces a poor substitute for actual vision, but a substitute that allows blind people at least some capacity to navigate and even read.
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