Scientists Develop Injectable Nanosensors That Could Read Thoughts

Scientists have come up with a revolutionary biosensor that can be injected into the bloodstream to potentially monitor thoughts. 

The microscopic nanosensors, named NeuroSWARM3, can center the bloodstream and travel to the brain where they can turn neural activity into electrical signals, which allows them to be analyzed by machinery, scientists at the University of California, Santa Cruz have found.

According to the team of scientists, the technology could grant additional mobility to people with disabilities as well as help us understand the process of thought to a much greater degree. Testing on humans and animals, however, is yet to be done.

Lead study author A. Ali Yanik had the following to say about the new technology:

“NeuroSWARM3 can convert the signals that accompany thoughts to remotely measurable signals for high precision brain-machine interfacing. It will enable people suffering from physical disabilities to effectively interact with the external world and control wearable exoskeleton technology to overcome limitations of the body. It could also pick up early signatures of neural diseases.”

The technology also operates in a different way than other brain-computer interfaces such as Elon Musk’s Neuralink, which are working on implant-based solutions and not nanosensor swarms.

The tests show that the nanosensor swarm is so sensitive that it can actually detect the activity of individual brain cells.

And while single-neuron readings are nothing new, detecting them with free-floating sensors, and wirelessly broadcast them through a patient’s skull, is an impressive feat. As scientists gain more knowledge, those capabilities could make real-time neuroscientific research easier and neurological medicine much more powerful.

“We are just at the beginning stages of this novel technology, but I think we have a good foundation to build on,” Yanik added. “Our next goal is to start experiments in animals.”

What are your thoughts on this scientific breakthrough? Let us know by joining the conversation in the comments and please share this article if you’ve enjoyed it.

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