Elon Musk has made another bold prediction about the future of brain-computer interfaces, claiming that Neuralink’s upcoming brain implant could restore vision in people who are completely blind – and eventually provide “superhuman” vision by enabling people to perceive infrared, ultraviolet, and even radar-like signals.
While the announcement has sparked excitement worldwide, medical experts say it is important to distinguish between current scientific capabilities and future aspirations.
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What did Musk say?
According to Musk, Neuralink plans to implant its first vision device within the next 6 to 12 months. He claimed that even people who have been blind from birth could potentially regain the ability to see because the implant would bypass damaged eyes and optic nerves, sending visual information directly to the visual cortex, the part of the brain responsible for processing sight.
Musk also suggested that future versions of the technology could offer “ultra-HD” vision and allow users to perceive wavelengths beyond normal human vision, including infrared and ultraviolet light.
🚨 ¡ESTO VA A ROMPER INTERNET!
Elon Musk acaba de soltar la bomba más loca de Neuralink:
“En los próximos 6 a 12 meses vamos a poner los primeros implantes de visión. Aunque estés 100% ciego de nacimiento, vamos a escribir directamente en tu corteza visual… y vas a ver.”
“Y… pic.twitter.com/wbACAgNj4r
— Los ingobernables del caribe🌴 (@Losingoberm5nv) August 2, 2026
How could Neuralink restore vision?
The technology is based on a brain-computer interface (BCI) – a device that connects directly with the brain using tiny implanted electrodes. Instead of repairing the eye itself, a visual prosthesis would:
- Capture images using an external camera
- Convert those images into electrical signals
- Transmit the signals to electrodes implanted in the visual cortex
- Stimulate brain cells so the brain interprets them as visual information
This concept isn’t entirely new. Researchers have spent decades studying visual cortex stimulation for people with severe blindness. However, creating detailed, natural vision remains one of neuroscience’s biggest challenges.
Can people born blind really see?
This is where experts urge caution.
Whether someone born completely blind could perceive meaningful vision depends on why they are blind. If the visual cortex developed normally but vision was lost because of damage to the eyes or optic nerves, a brain implant may have potential.
However, if the brain’s visual pathways never developed properly during childhood, restoring useful vision could be far more difficult. Scientists are still investigating how adaptable the adult brain is in such situations.
What about “superhuman vision”?
The idea of seeing infrared or ultraviolet light is scientifically intriguing. Digital cameras and specialized sensors can detect wavelengths invisible to the human eye. In theory, a brain implant could convert that information into signals the brain learns to interpret. However, this remains highly experimental. There is currently no clinical evidence showing that humans can safely achieve enhanced sensory perception through implanted brain devices.
Neuralink has already implanted brain chips in a small number of human participants as part of early clinical trials focused primarily on helping people with severe paralysis control computers using their thoughts.
The company has received regulatory approval to conduct limited human studies, but its vision restoration technology has not yet demonstrated effectiveness in humans. Before becoming widely available, any visual implant would need to undergo years of clinical testing to prove its safety, effectiveness, durability, and long-term reliability.
Musk’s vision for Neuralink represents one of the most ambitious goals in modern neuroscience. Restoring sight to blind individuals could transform millions of lives if the technology succeeds. However, claims about restoring vision to everyone born blind or delivering “superhuman” abilities such as infrared or ultraviolet vision should be viewed as future possibilities rather than established medical facts. For now, the science remains promising – but still in its early stages.