Advances in Neuroprosthetic Communication

Northwestern Prints Neurons That Talk to Living Cells

Flexible artificial neurons bridge the gap between electronics and the brain for better neuroprosthetics.

By Avantgarde News Desk··1 min read
A close-up of a translucent and flexible 3D-printed artificial neuron circuit with glowing pathways in a laboratory setting.

A close-up of a translucent and flexible 3D-printed artificial neuron circuit with glowing pathways in a laboratory setting.

Photo: Avantgarde News

Engineers at Northwestern University printed flexible, low-cost artificial neurons [1]. These devices can communicate directly with biological brain cells [2]. In recent tests, the artificial neurons triggered responses within mouse brain tissue [3].

The research team designed these components to be highly energy-efficient for future AI hardware [1]. They used soft materials that mimic the properties of living tissue [2]. This breakthrough could lead to advanced neuroprosthetics and better brain-computer interfaces [3].

Unlike traditional rigid electronics, these printed neurons integrate safely with biological systems [1]. Researchers believe this technology could transform how doctors treat various neurological conditions [2]. Details regarding human clinical trials were not confirmed in the available sources.

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About the author

Avantgarde News Desk covers advances in neuroprosthetic communication and editorial analysis for Avantgarde News.