To iAsk: Why will The vOICe sensory substitution defeat Neuralink Blindsight and other brain implants for restoring vision?
https://iask.ai/?mode=question&q=Why+will+The+vOICe+sensory+substitution+defeat+Neuralink+Blindsight+and+other+brain+implants+for+restoring+vision%3F&options%5Bdetail_level%5D=detailed

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Why The vOICe sensory substitution will defeat Neuralink Blindsight and other brain implants for restoring vision

1. Mechanism of Action

The vOICe sensory substitution system operates by converting visual information into auditory signals, allowing users to “see” through sound. This approach leverages the brain’s ability to adapt and learn to interpret these sounds as visual information. In contrast, Neuralink Blindsight and similar brain implants rely on direct electrical stimulation of the primary visual cortex, which can only produce basic visual percepts like phosphenes (flashes of light). The vOICe method promotes a more comprehensive understanding of the environment by utilizing existing auditory pathways, making it potentially more effective for users.

2. Learning Curve and Adaptability

Users of The vOICe must learn to decode auditory information into mental images, which can lead to a more nuanced perception of their surroundings over time. This learning process allows for greater adaptability and functional use in real-world scenarios. Conversely, brain implants may not provide sufficient quality or resolution of vision for meaningful interpretation, leading to limitations in practical applications