
Elon Musk's Neuralink Device Helps Monkey See Something That's Not There
Elon Musk's Neuralink Corp used a brain implant to enable a monkey to see something that wasn't physically there, according to an engineer, as it moves toward its goal of helping blind people see.
The device, called Blindsight, stimulated areas of a monkey's brain associated with vision, Neuralink engineer Joseph O'Doherty said Friday at a conference. At least two-thirds of the time, the monkey moved its eyes toward something researchers were trying to trick the brain into visualizing.
The results were the first Neuralink has publicized about tests of Blindsight, a brain chip that mimics the function of an eye. This is a closely watched frontier for brain device development, a scientific field that's testing the boundaries of how technology can be used to potentially treat intractable conditions.
As with all animal studies, it's an open question how the results would apply to humans. The device isn't approved for human use in the US.
The short-term goal of Blindsight is to help people see, and the long-term goal is to facilitate superhuman vision - like in infrared - Musk has said. The company has been testing Blindsight in monkeys for the past few years and is hoping to test it in a human this year, the billionaire said in March.
On the sidelines of the conference, O'Doherty declined to comment further about Neuralink's work.
Neuralink is also implanting devices in people who are paralyzed that allow them to communicate directly with computers, one of several companies in the growing technological field.
Five people have received Neuralink implants so far, Musk has said. Three were implanted in 2024 and two in 2025, according to O'Doherty's presentation at the Neural Interfaces conference. In some cases, patients are using their Neuralink device for about 60 hours a week.
In the future, brain devices using similar technology could allow paralyzed people to move or walk, Musk has said. O'Doherty co-authored a poster with academic researchers, which was presented at the conference, describing an experiment that used the Neuralink implant to stimulate the spinal cord of a monkey, causing its muscles to move. Other researchers have been working on spinal cord stimulation to restore muscle movement for several years.
Musk's medical aspirations are a stepping stone toward the goal of increasing the speed of human communication for everyone, allowing people to "mitigate the risk of digital super-intelligence," Musk said in 2024. He's also building artificial intelligence through his company xAI Corp.
Eventually, the company wants the Blindsight system to include a pair of glasses to help make the chip work, O'Doherty said in his talk.
Testing in monkeys has advantages. The visual cortex in a monkey is closer to the surface of the brain than in a human, making it easier to access, O'Doherty said in the presentation. Neuralink could use its surgical robot to insert its implant into the deeper regions in a person's brain, he added.

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Time of India
an hour ago
- Time of India
'Neuralink babies'? Scale AI's Alexandr Wang says he is waiting for Elon Musk's brain chips before having kids
In a statement that straddles science fiction and near-future reality, Scale AI founder Alexandr Wang has revealed he's putting off parenthood—for now. But not because of career demands or personal timing. His reason? He's waiting for Elon Musk 's Neuralink to become mainstream. Yes, Wang wants his future children to be among the first humans enhanced by brain-computer interfaces from birth. During a recent appearance on The Shawn Ryan Show , the 28-year-old tech prodigy shared a vision that feels pulled from the pages of a futuristic novel. 'When we get Neuralink and we get these other technologies, kids who are born with them are gonna learn how to use them in like crazy, crazy ways,' Wang said, explaining that the first seven years of life—when neuroplasticity is at its peak—present the most fertile ground for integrating superintelligence into the human experience. Neuralink, Meet Nature Neuralink, founded by Elon Musk, is currently trialing a brain-chip implant the size of a coin. Though still in early clinical stages, the device has already shown stunning potential: one patient with ALS reportedly edited a video using only his mind. But Neuralink isn't alone. Synchron, backed by heavyweights like Jeff Bezos and Bill Gates, is collaborating with Apple to help patients with disabilities use iPhones through brain signals. Motif Neurotech, another contender, is developing a neurostimulator that treats severe depression and functions like a pacemaker for the brain. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Buy Brass Idols - Handmade Brass Statues for Home & Gifting Luxeartisanship Buy Now Undo Wang, who is also taking on a new role at Meta to lead its superintelligence initiatives, seems to believe these brain-machine hybrids are not just medical miracles—they are the future of human learning, cognition, and possibly even evolution. Born to Compute? His vision hinges on a well-documented trait: the astonishing neuroplasticity of young brains. A 2009 study published in Brain Dev. found that children's brains, particularly in the early years, are primed for adaptation. This plasticity not only helps kids learn languages or recover from injury but, in Wang's vision, could also help them learn how to "think" alongside or even through artificial intelligence. It's a radical idea—one that flips the conventional approach to parenting. Instead of shielding children from screen time or tech overload, Wang imagines a future where babies are born wired for the digital age, quite literally. Ethics, Science, and the Silicon Valley Dream As startling as Wang's perspective may seem, it's emblematic of a growing mindset in tech circles: that human limitations are solvable problems. But while Wang may be planning for AI-enhanced progeny, ethical concerns continue to hover over Neuralink and its competitors—from long-term brain health to consent, privacy, and the ever-blurring boundary between human and machine. Still, in a world racing toward a post-human horizon, Alexandr Wang's statement isn't just provocative—it might be prophetic. The question isn't whether Neuralink babies will happen. It's who dares to go first. And Wang, it seems, is ready to raise the world's first AI-native child—as soon as the software is ready.
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Business Standard
an hour ago
- Business Standard
Neuralink device Blindsight helps monkey see something that's not there
Elon Musk's Neuralink Corp. used a brain implant to enable a monkey to see something that wasn't physically there, according to an engineer, as it moves toward its goal of helping blind people see. The device, called Blindsight, stimulated areas of a monkey's brain associated with vision, Neuralink engineer Joseph O'Doherty said Friday at a conference. At least two-thirds of the time, the monkey moved its eyes toward something researchers were trying to trick the brain into visualizing. The results were the first Neuralink has publicized about tests of Blindsight, a brain chip that mimics the function of an eye. This is a closely watched frontier for brain device development, a scientific field that's testing the boundaries of how technology can be used to potentially treat intractable conditions. As with all animal studies, it's an open question how the results would apply to humans. The device isn't approved for human use in the US. The short-term goal of Blindsight is to help people see, and the long-term goal is to facilitate superhuman vision — like in infrared — Musk has said. The company has been testing Blindsight in monkeys for the past few years and is hoping to test it in a human this year, the billionaire said in March. On the sidelines of the conference, O'Doherty declined to comment further about Neuralink's work. Neuralink is also implanting devices in people who are paralyzed that allow them to communicate directly with computers, one of several companies in the growing technological field. Five people have received Neuralink implants so far, Musk has said. Three were implanted in 2024 and two in 2025, according to O'Doherty's presentation at the Neural Interfaces conference. In some cases, patients are using their Neuralink device for about 60 hours a week. In the future, brain devices using similar technology could allow paralyzed people to move or walk, Musk has said. O'Doherty co-authored a poster with academic researchers, which was presented at the conference, describing an experiment that used the Neuralink implant to stimulate the spinal cord of a monkey, causing its muscles to move. Other researchers have been working on spinal cord stimulation to restore muscle movement for several years. Musk's medical aspirations are a stepping stone toward the goal of increasing the speed of human communication for everyone, allowing people to 'mitigate the risk of digital super-intelligence,' Musk said in 2024. He's also building artificial intelligence through his company xAI Corp. Eventually, the company wants the Blindsight system to include a pair of glasses to help make the chip work, O'Doherty said in his talk. Testing in monkeys has advantages. The visual cortex in a monkey is closer to the surface of the brain than in a human, making it easier to access, O'Doherty said in the presentation. Neuralink could use its surgical robot to insert its implant into the deeper regions in a person's brain, he added.


Time of India
2 hours ago
- Time of India
Elon Musk posts throwback to SpaceX's garage days after the 500th Falcon rocket launch; his caption reads...
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With more than 7,600 satellites orbiting Earth and a frenetic mission cadence, SpaceX is redefining the playbook for space access, connectivity, and sustainability. Elon Musk's nostalgic post captures SpaceX's journey from garage to 500 launches As the aerospace community basked in the glow of the 500th Falcon mission, SpaceX founder Elon Musk commemorated the event with a nostalgic post on X. Posting a photo taken in 2006 of himself amidst early rocket parts in a humble garage, Musk captioned the photo: by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Médico: Eu imploro que os Brasileiros usem isso para emagrecer Palmilha Emagrecedora Compre já Undo "How it started." The photo was originally shot by Hans Koenigsmann, one of the original engineers at SpaceX, who posted: 'I am glad I took that picture in 2006.' This photo was a powerful reminder of the company's humble roots. From a spare, garage-dwelling group of engineers pursuing the vision of space accessibility at a reasonable price, the company has grown into a company that has launched more space missions per year than any previous company in history. Elon Musk's nostalgic post captures SpaceX's journey from garage to 500 launches 500th Falcon launch: A milestone noted with Starlink advancements The June 12 launch was one of the regular missions for SpaceX's continuous Starlink program, an international satellite broadband internet initiative to provide high-speed broadband connectivity to remote and underserved communities across the globe. The 26 satellites launched on this mission contributed to the constellation of more than 7,600 satellites in low Earth orbit (LEO), further cementing Starlink's status as the largest satellite network ever constructed. Within an hour of the release, SpaceX verified successful deployment of the satellites. A congratulatory tweet from the company's official X (formerly Twitter) handle read: "Falcon completes its 500th overall mission! Congratulations to the entire SpaceX team for making the impossible possible on the road to rapidly reusable rockets!" The 500-mission milestone demonstrates not just operational effectiveness, but also the scalability and reliability of Falcon 9 and Falcon Heavy launch vehicles, which are the backbone of SpaceX's fleet. Falcon 9 B1081: The booster that keeps coming back One of the main features of the mission was the utilization of Falcon 9 booster B1081, which flew for the 15th time. Having lofted the satellites to orbit, the booster successfully landed on autonomous droneship Of Course I Still Love You deployed in the Pacific Ocean. This recovery keeps SpaceX's high booster reuse rate trend going. While B1081's 15 flights are impressive, the single Falcon 9 booster flight record is currently 28, a record Musk will break in the near term. 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SpaceX has changed very quickly since then: 2010: First successful Falcon 9 flight. 2012: Dragon capsule docks at ISS. 2015: First booster landing completed. 2018: Falcon Heavy first launch with a Tesla Roadster in orbit. 2020: First crewed mission with NASA astronauts on board Crew Dragon. 2024: First fully stacked Starship goes to orbit. With a mix of both Falcon 9 and Falcon Heavy missions, SpaceX has attained a mission cadence superior to national space agencies and private rivals alike. Reusability and cost savings: The SpaceX edge At the heart of SpaceX's success is its groundbreaking emphasis on reusability. Expendable, single-use rockets were the norm previously, making access to space expensive. By being able to recover and reuse Falcon 9 and Falcon Heavy boosters, and fairings, SpaceX has reduced the cost of launch and boosted turnaround speed. The price of a Falcon 9 launch is estimated at less than $30 million much less than in the past launch vendors. This reduced cost facilitates high-frequency missions, deployment flexibility, and increased access to space-based services by governments and corporations. Starlink's growing footprint and telecom disruption With more than 7,600 active satellites and growing, Starlink is a major player in the international internet scene. It is currently operational in over 70 nations with further rollout planned across the globe in 2025. Notably, new releases have also had direct-to-cell features, enabling certain smartphones to access satellites to provide fundamental services such as text messages and emergency notifications, perfect for far-flung regions and areas struck by disaster. SpaceX has teamed up with carriers in the United States such as T-Mobile, Australia's Optus, and Canada's Rogers for these types of services, essentially making itself a complementary telecom player. What's next: Starship and Mars on the horizon As the Falcon family sets records, SpaceX is already looking toward the next frontier. The Starship program dedicated to deep space travel, lunar landing, and eventual colonization of Mars is the next chapter in SpaceX's quest. Starship-Super Heavy, the completely reusable system, successfully tested an orbital back in 2025, and the subsequent key test flight should happen later this year. Starship has been chosen by NASA to fly on its Artemis III mission returning humans to the Moon, solidifying SpaceX's position in future human space travel. In the meantime, the Falcon program remains the backbone of global launches, particularly for Starlink growth, commercial payloads, and crew flights to the International Space Station (ISS). Global impact and industry disruption SpaceX's 500th Falcon mission marks more than company success. It marks a disruption of the conventional aerospace model, compelling legacy participants such as Arianespace, ULA, and Roscosmos to evolve or be left behind. The company's reach now touches on: Driving launch costs down across the industry. Accelerating satellite-based internet availability. Redefining expectations around launch cadence and recovery. Serving as a model for lean, engineering-focused innovation. Also read | Bill Gates and Warren Buffett give credit to this 'one word for' for their success; it might change your life too