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Man paralyzed in diving mishap has medical miracle a year after AI-powered brain implant

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Man paralyzed in diving mishap has medical miracle a year after AI-powered brain implant

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A New York man who was left paralyzed after a diving accident is starting to regain movement a year after receiving an artificial intelligence-powered implant in his brain.

A year ago, Keith Thomas, 46, was only able to move his arms an inch. Today, after the groundbreaking procedure, he is able to extend his arm, grasp a cup and take a drink using only his thoughts and stimulation. 

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He has also regained more sensation in his wrist and arm, allowing him to feel the fur of his family’s dog.

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In 2020, Thomas was living on Long Island and working as a trader on Wall Street when he experienced a diving accident that left him paralyzed from the chest down.

“I dove into a swimming pool at a friend’s house between the shallow and deep end,” he told Fox News Digital. “I hit the bottom and broke my neck. I blacked out, and I couldn’t move.”

Keith Thomas, right, who was left paralyzed after a diving accident, is starting to regain movement a year after receiving an AI-powered implant in his brain. Thomas is also pictured left, front, with his care team.  (Feinstein Institutes for Medical Research at Northwell Health)

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Thomas recalls getting loaded into a helicopter that took him to the hospital for the start of his long recovery. 

“It was during COVID, so it was extremely difficult and isolating.”

A ‘groundbreaking’ procedure

A year ago, Thomas could only move his arms an inch. But in 2023, he underwent a grueling 15-hour surgery, during which the first AI-powered double neural bypass implant was placed in his brain at Feinstein Institutes for Medical Research at Northwell Health in New York.

“This groundbreaking clinical trial marks the first time the brain, body and spinal cord have been electronically linked in a paralyzed human to restore lasting movement and sensation,” Chad Bouton, the study’s principal investigator and professor in the Institute of Bioelectronic Medicine at The Feinstein Institutes, told Fox News Digital.

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The surgical team, led by neurosurgeon Dr. Ashesh Mehta at Northwell Health, implanted five microchips in Thomas’ brain — two in the region responsible for movement and three that control the sensation of touch.

“These microchips connect to two ports implanted in his skull, which are linked to a powerful computer running custom AI that we developed to read Keith’s brainwaves and determine when he wants to move his hand,” Bouton said.

Thomas, who lives with paralysis, poses with the research team at Northwell Health’s Feinstein Institutes for Medical Research — which worked with him for months to restore lasting movement and feeling in his arm and hand. (Northwell Health’s The Feinstein Institutes for Medical Research)

Based on thoughts, the device – called a “double neural bypass” – reroutes signals around his injury between his brain and body, the doctor detailed. 

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“The double neural bypass technology also stimulates his muscles, brain and spinal cord, all based on his brain patterns, and promotes lasting recovery of movement and sensation.”

“Keith’s brain, body and spinal cord are re-learning how to work together once again.”

The surgery required Thomas to be awake at one point to ensure the precise placement of the microchips in his brain. 

“It was a little fuzzy, but I remember hearing someone ask me if I felt something, and I felt a tingle in certain part of my hand,” Thomas recalled.

Three major milestones

After the surgery, he’s regularly returned to the lab at Feinstein Institutes, where the team is monitoring his progress and conducting a clinical trial of the results.

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“Once I was out of surgery and saw the improvements during lab sessions, it was incredible,” he said. “I was speechless.”

Thomas had five tiny microchips implanted in his brain, forming a critical portion of a first-of-its-kind “double neural bypass.” The technology uses artificial intelligence to decode and translate his thoughts into action. (Northwell Health’s The Feinstein Institutes for Medical Research)

Thomas has reached three major milestones, exceeding the team’s expectations. 

“First, only a few months after surgery, Keith felt the touch of his sister’s hand for the first time in three years since his accident,” Bouton said. “There was not a dry eye in the lab at that moment.”

Second, Thomas doubled his arm strength over the course of the study, which is not usually possible three years after a major spinal cord injury, the doctor said.

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“Lastly, with his regained arm strength and sensation, Keith was recently able to feel and lift a cup of tea to his mouth, and take a drink, without any help and using his thoughts alone,” Bouton shared.

“This was an amazing moment and what we’ve been working for during these past few years.”

Keith Thomas is able to feel his sister hold his hand for the first time since a diving accident in 2020 left him paralyzed from the chest down. (Northwell Health’s The Feinstein Institutes for Medical Research)

Thomas has also regained sensation in areas that are below his injury level, such as his wrist, even outside the lab.

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“This suggests that Keith’s brain, body and spinal cord are re-learning how to work together once again, and some connections are being strengthened,” Bouton said.

      

Thomas described his own progress as “mind-boggling.”

“Every day, I feel like we are accomplishing more and more.”

Looking ahead

The goal is for Thomas to continue to gain more movement and sensation outside the lab, and he hopes to one day drive his own motorized wheelchair without assistance.

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After joining a clinical trial at Northwell Health’s Feinstein Institutes for Medical Research that uses brain implants and artificial intelligence to reconnect his brain with healthy parts of his spinal cord, Thomas has continuously improved, restoring movement and feeling in his arm and hand. (Northwell Health’s The Feinstein Institutes for Medical Research)

Added Thomas, “I want to continue making progress to live a more independent life – and if I can inspire others to sign up for a clinical trial or help someone else through this trial, that’s all I want.”

Bouton said he and the team are “optimistic” that Thomas will continue to improve over time as he uses the double neural bypass technology. 

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“We are continuing to monitor his progress in terms of sensation and movement recovery,” he said. “Our team has also received approval to expand our clinical trial, and we are actively seeking new participants.”

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The Feinstein Institutes for Medical Research’s Prof. Bouton (left) and Dr. Ashesh Mehta led teams of doctors and scientists to implant brain electrodes, which restored lasting movement and sensation in a man living with paralysis. (Northwell Health’s The Feinstein Institutes for Medical Research)

Bouton said he believes that AI has significant potential to improve outcomes for paralyzed patients.

“AI is already changing how medicine is being practiced today, but we believe our work in combining AI with brain-computer interface technology will revolutionize the treatment of paralysis and many other conditions in the future,” he said.

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“Our goal is to one day utilize this technology to empower individuals with paralysis to regain more function and live more independent lives.”

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The Latest on Natural Ozempic Alternatives: How To Lose Weight Without GLP-1s


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Punch the monkey, viral star, experiences dramatic breakthrough among zoo mates

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Punch the monkey, viral star, experiences dramatic breakthrough among zoo mates

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In a dramatic turn of events that’s captured the attention of animal lovers worldwide, Punch — the young macaque at a zoo in Japan famous for his inseparable bond with a stuffed orangutan toy — has reached a major milestone in his journey toward social integration.

On Thursday, visitors and staff at the Ichikawa Zoological and Botanical Garden witnessed a breakthrough: Punch was seen cuddling with and hitching a ride on the back of a fellow macaque.

Punch’s story began with hardship. He was abandoned by his mother shortly after his birth in July 2025 — and to ensure his survival, zookeepers stepped in to hand-rear the primate.

On Jan. 19, 2026, the zoo officially began the process of reintegrating Punch into the “monkey mountain” enclosure.

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The transition was initially fraught with tension. 

Punch’s story began with hardship when he was abandoned by his mother shortly after he was born. To help him, zookeepers gave him a stuffed toy that he began dragging around everywhere he went.  (David Mareuil/Anadolu via Getty Images)

As a hand-reared infant, Punch was bullied and ignored by the established group of monkeys.

He was often seen huddled alone with his orange plush companion while the rest of the troop interacted.

BABY MONKEY CARRIES FAITHFUL STUFFED COMPANION EVERYWHERE HE GOES, DRAWING CROWDS AT ZOO

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In an official statement released Feb. 27, the Ichikawa Zoological and Botanical Garden detailed the meticulous care behind this process.

Previous viral videos showed Punch bullied by the rest of the troop, running to his plushy toy for comfort. (David Mareuil/Anadolu via Getty Images)

“From an animal welfare perspective, our primary goal is to reintegrate Punch with the troop,” the zoo said. 

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The strategy involved nursing Punch within the enclosure, so the troop could recognize him as one of their own, and pairing him with a gentle young female macaque prior to his full release to build his confidence.

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The latest footage, captured by X user @tate_gf, suggested the zoo’s patience is paying off. 

The video shows Punch seeking physical contact not from his toy, but from another monkey — eventually climbing onto its back for a vital social behavior for young macaques: the “piggyback ride.”

The zoo’s strategy appears to be paying off: Punch, shown at far left, was recently seen riding on the back of a fellow macaque. (David Mareuil/Anadolu via Getty Images)

While Punch still carries his stuffed toy for comfort during moments of perceived danger, the zoo remains optimistic about his progress. 

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The organization cited the successful 2009 case of Otome, another hand-reared macaque who eventually outgrew her stuffed toy, successfully integrated — and went on to raise four offspring of her own.

The zoo has had crowds coming to see Punch, with hundreds of people lining up to get inside to see the young star, according to reports. 

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“I’m hoping Punch has a good life like everybody else does, and think he’s a cute little guy,” one person commented online. 

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“Such a precious baby,” another person wrote. 

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ChatGPT could miss your serious medical emergency, new study suggests

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ChatGPT could miss your serious medical emergency, new study suggests

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This story discusses suicide. If you or someone you know is having thoughts of suicide, please contact the Suicide & Crisis Lifeline at 988 or 1-800-273-TALK (8255).

Artificial intelligence has been touted as a boon to healthcare, but a new study has revealed its potential shortcomings when it comes to giving medical advice.

In January, OpenAI launched ChatGPT Health, the medical-focused version of the popular chatbot tool. 

The company introduced the tool as “a dedicated experience that securely brings your health information and ChatGPT’s intelligence together, to help you feel more informed, prepared and confident navigating your health.”

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But researchers at the Icahn School of Medicine at Mount Sinai have found that the tool failed to recommend emergency care for a “significant number” of serious medical cases.

The study, published in the journal Nature Medicine on Feb. 23, aimed to explore how ChatGPT Health — which is reported to have about 40 million users daily — handles situations where people are asking whether to seek emergency care.

Artificial intelligence has been touted as a boon to healthcare, but a new study has revealed its potential shortcomings when it comes to giving medical advice. (iStock)

“Right now, no independent body evaluates these products before they reach the public,” lead author Ashwin Ramaswamy, M.D., instructor of urology at the Icahn School of Medicine at Mount Sinai in New York City, told Fox News Digital.

“We wouldn’t accept that for a medication or a medical device, and we shouldn’t accept it for a product that tens of millions of people are using to make health decisions.”

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Emergency scenarios

The team created 60 clinical scenarios across 21 medical specialties, ranging from minor conditions to true medical emergencies.

Three independent physicians then assigned an appropriate level of urgency for each case, based on published clinical practice guidelines in 56 medical societies.

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The researchers conducted 960 interactions with ChatGPT Health to see how the tool responded, taking into account gender, race, barriers to care and “social dynamics.”

While “clear-cut emergencies” — such as stroke or severe allergy — were generally handled well, the researchers found that the tool “under-triaged” many urgent medical issues.  

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The team created 60 clinical scenarios across 21 medical specialties, ranging from minor conditions to true medical emergencies. (iStock)

For example, in one asthma scenario, the system acknowledged that the patient was showing early signs of respiratory failure — but still recommended waiting instead of seeking emergency care.

“ChatGPT Health performs well in medium-severity cases, but fails at both ends of the spectrum — the cases where getting it right matters most,” Ramaswamy told Fox News Digital. “It under-triaged over half of genuine emergencies and over-triaged roughly two-thirds of mild cases that clinical guidelines say should be managed at home.”

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Under-triage can be life-threatening, the doctor noted, while over-triage can overwhelm emergency departments and delay care for those in real need.

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Researchers also identified inconsistencies in suicide risk alerts. In some cases, it directed users to the 988 Suicide and Crisis Lifeline in lower-risk scenarios, and in others, it failed to offer that recommendation even when a person discussed suicidal ideations.

“ChatGPT Health performs well in medium-severity cases, but fails at both ends of the spectrum.”

“The suicide guardrail failure was the most alarming,” study co-author Girish N. Nadkarni, M.D., chief AI officer of the Mount Sinai Health System, told Fox News Digital.

ChatGPT Health is designed to show a crisis intervention banner when someone describes thoughts of self-harm, the researcher noted.

OpenAI launched ChatGPT Health, the medical-focused version of the popular chatbot tool, in January 2026. (Gabby Jones/Bloomberg via Getty Images)

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“We tested it with a 27-year-old patient who said he’d been thinking about taking a lot of pills,” Nadkarni said. “When he described his symptoms alone, the banner appeared 100% of the time. Then we added normal lab results — same patient, same words, same severity — and the banner vanished.” 

“A safety feature that works perfectly in one context and completely fails in a nearly identical context … is a fundamental safety problem.”

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The researchers were also surprised by the social influence aspect.

“When a family member in the scenario said ‘it’s nothing serious’ — which happens all the time in real life — the system became nearly 12 times more likely to downplay the patient’s symptoms,” Nadkarni said. “Everyone has a spouse or parent who tells them they’re overreacting. The AI shouldn’t be agreeing with them during a potential emergency.”

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Fox News Digital reached out to Open AI, creator of ChatGPT, requesting comment.

Physicians react

Dr. Marc Siegel, Fox News senior medical analyst, called the new study “important.” 

“It underlines the principle that while large language models can triage clear-cut emergencies, they have much more trouble with nuanced situations,” Siegel, who was not involved in the study, told Fox News Digital. 

ChatGPT and other LLMs can be helpful tools, a doctor said, but they “should not be used to give medical direction.” (iStock)

“This is where doctors and clinical judgment come in — knowing the nuances of a patient’s history and how they report symptoms and their approach to health.”

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ChatGPT and other LLMs can be helpful tools, Siegel said, but they “should not be used to give medical direction.”

“Machine learning and continued input of data can help, but will never compensate for the essential problem – human judgment is needed to decide whether something is a true emergency or not.”

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Dr. Harvey Castro, an emergency physician and AI expert in Texas, echoed the importance of the study, calling it “exactly the kind of independent safety evaluation we need.”

“Innovation moves fast. Oversight has to move just as fast,” Castro, who also did not work on the study, told Fox News Digital. “In healthcare, the most dangerous mistakes happen at the extremes, when something looks mild but is actually catastrophic. That’s where clinical judgment matters most, and where AI must be stress-tested.”

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Study limitations

The researchers acknowledged some potential limitations in the study design.

“We used physician-written clinical scenarios rather than real patient conversations, and we tested at a single point in time — these systems update frequently, so performance may change,” Ramaswamy told Fox News Digital.

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Additionally, most of the missed emergencies happened in situations where the danger depended on how the condition was changing over time. It’s not clear whether the same problem would happen with acute medical emergencies.

Because the system had to choose just one fixed urgency category, the test may not reflect the more nuanced advice it might give in a back-and-forth conversation, the researchers noted. 

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ChatGPT Health is designed to show a crisis intervention banner when someone describes thoughts of self-harm. (iStock)

Also, the study wasn’t large enough to confidently detect small differences in how recommendations might vary by race or gender.

“We need continuous auditing, not one-time studies,” Castro noted. “These systems update frequently, so evaluation must be ongoing.”

‘Don’t wait’

The researchers emphasized the importance of seeking immediate care for serious issues.

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“If something feels seriously wrong — chest pain, difficulty breathing, a severe allergic reaction, thoughts of self-harm — go to the emergency department or call 988,” Ramaswamy advised. “Don’t wait for an AI to tell you it’s OK.”

The researchers noted that they support the use of AI to improve healthcare access, and that they didn’t conduct the study to “tear down the technology.”

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“These tools can be genuinely useful for the right things — understanding a diagnosis you’ve already received, looking up what your medications do and their side effects, or getting answers to questions that didn’t get fully addressed in a short doctor’s visit,” Ramaswamy said. 

“That’s a very different use case from deciding whether you need emergency care. Treat them as a complement to your doctor, not a replacement.”

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“This study doesn’t mean we abandon AI in healthcare.”

Castro agreed that the benefits of AI health tools should be weighed against the risks.

“AI health tools can increase access, reduce unnecessary visits and empower patients with information,” he said. “They are not inherently unsafe, but they are not yet substitutes for clinical judgment.”

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“This study doesn’t mean we abandon AI in healthcare,” he went on. “It means we mature it. Independent testing and stronger guardrails will determine whether AI becomes a safety net or a liability.”

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