Skip to main content

MicroLED display monitors brain activity in real time for more precise surgery

Brain UC San Diego microleds

Each LED in the device mirrors the activity of a few thousand neurons. In a series of proof-of-concept experiments, the device demonstrated it can track and display neural activity in the brain corresponding to different areas of the body. In this case, the LEDs developed by the team light up red in the areas that need to be removed by the surgeon. Surrounding areas that control critical functions and should be avoided show up in green. Image: University of California San Diego

The Gallium nitride-based inorganic micro-LEDs can maintain clear visibility under surgical lights. At just a few tens of microns thick, the display captures brain activity at 20,000 samples per second across thousands of channels and visualises it at a video rate of 40Hz

Register for FREE to keep reading

Join 15,000+ photonics professionals staying ahead with:

  • Exclusive insights, funding alerts & market trends
  • Curated newsletters and digital editions
  • Access to The Photonics100 list of R&D champions
  • Exclusive panels & roundtables for professional development
  • Technical White Papers & product updates to guide smarter decisions

Sign up now

Already a member? Log in here

Your data is protected under our privacy policy.

Electro Optics covers

 

Media Partners