Skip to main content
  1. Home
  2. Emerging Tech
  3. News

Here’s how a microscopic implant helped blind people see again

Turns out, the future really is in our eyes

Add as a preferred source on Google
Patient wearing glasses with microchip implant
New England Journal of Medicine/BBC

What happened: This is one of those stories that sounds like pure science fiction, but it’s real. Blind patients in the UK are actually able to read again after getting a revolutionary new eye implant.

  • First reported by the BBC, the report reveals it was all part of a clinical trial led by doctors at Moorfields Eye Hospital in London. They tested a tiny microchip called PRIMA, which was created by a company in California.
  • The chip is designed for people who have dry age-related macular degeneration (AMD), one of the most common causes of blindness that robs you of your central vision.
  • So, here’s how this “miracle” works: A surgeon carefully places the tiny chip – which is thinner than a human hair – under the retina.
  • The patient then wears a pair of special augmented-reality glasses that have a camera on them. The camera sees what’s in front of the person and sends that visual info to the chip as an infrared light signal. A small computer (that you wear on your body) translates that signal into electrical impulses that your brain can understand.
  • It’s basically a high-tech “detour” around the damaged part of the eye.
  • The results are just mindblowing. The study involved 38 patients, and an astonishing 84% of them could read letters, numbers, and words again. One patient, a 70-year-old woman named Sheila Irvine, said the experience was “out of this world.” She’s now able to read, do crosswords, and even see small print again.

Why this is important: This is a massive, massive deal.

  • This specific type of blindness, which affects over 5 million people, has had no treatment. Nothing.
  • This is the very first time any implant has been able to bring back central reading vision to people who were completely blind in one eye. It’s a complete game-changer.

Why should I care: This is just real, tangible hope for millions of people living with vision loss.

  • The operation itself is surprisingly quick, taking under two hours. And unlike super-complex gene or stem-cell therapies, this is a piece of hardware.
  • That means it’s something that can be manufactured and distributed around the world, making it much more accessible.
  • This isn’t just about restoring sight; it’s about giving people back their independence and confidence—the ability to read their own mail, to do hobbies they loved, and to connect with the world in a way they thought was gone forever.
Recommended Videos

What’s next: Okay, so it’s not available to everyone just yet. The implant still needs to get its official license, but approval could come within the next few years. One of the top doctors from the trial is calling this “a new era in artificial vision.” If it gets the green light, this device could eventually be available through the NHS, giving thousands of people a second chance to see.

Moinak Pal
Moinak Pal is has been working in the technology sector covering both consumer centric tech and automotive technology for the…
This touchscreen is made from thread, and scientists want to put it in your clothes
The washable, breathable textile display can run simple apps, play videos, and even measure body temperature.
Garment GUI featured

Forget smartwatches. Scientists have developed a touchscreen that can be woven directly into clothing, letting users interact with digital content without carrying a rigid display. Researchers at the National University of Singapore (NUS) have integrated 54 specialised fibres into a sleeve to create what they describe as the world's first touchscreen built into a garment. Published in Nature, the research could open the door to clothing that does more than just look good. Your next smart outfit might actually be smart enough to show what's happening on your phone.

Your clothes could soon run apps

Read more
Scientists have figured out how to send smells over the internet, and coffee is just the beginning
The AI-powered Scentronic system can detect, transmit, and recreate five familiar aromas, bringing digital smell a step closer to reality.
Woman smelling sniffing drinking a cup of coffee

Imagine smelling freshly brewed coffee through a video call or getting a whiff of perfume before buying it online. Scientists are bringing that idea closer to reality with Scentronic, an AI-powered system that can detect smells, transmit scent data over the internet, and recreate aromas remotely. Developed by researchers from Ohio State University and Zhejiang Laboratory in China, the research, published in Science Advances, explores how digital scent transmission could add an entirely new dimension to online communication. Your next shopping session might literally come with a sniff test.

How does sending smells over the internet work?

Read more
Mori might be the cutest AI companion robot yet, and it reacts to you like a pet
The Pokémon-like companion can blink, dance, act shy, and respond to what is happening around it.
OKA Mori The Nature Companion AI Home Robot

With AI progressing so fast, it's only a matter of time before we start getting AI companions like the ones we used to see in movies like R2-D2, Wall-E, or Baymax. Now, Singapore-based OKA Technology has unveiled Mori, a cute little AI companion that looks less like a conventional home robot and more like someone turned the Pokémon Foongus into a table lamp.

Mori isn't meant to clean your house or control your smart home, but to serve as what OKA calls a "Nature Companion." It uses subtle movements, warm lighting, nature-inspired sounds, and small reactions to make its presence around the house feel calming rather than distracting. Mori can sit quietly while you read, sway along to music, welcome you when you enter a room, or encourage you to slow down for a moment without requiring a screen or a conversation.

Read more