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Neural Matrix, the new brain implant projected to last six years

Promising tech for treating brain disorders successfully deployed in monkeys and rodents

08-Apr-2020

Key points from article :

1,008-electrode neural interface can survive implantation within a brain for six years.

Made of thermally grown layer of silicon dioxide less than a micrometer thick.

Able to ward off the hostile environment within the brain.

Slowly degrades at a rate of only 0.46 nanometers per day.

Its electrodes can detect neural activity through capacitive sensing.

Capable of high-definition, long-term recording.

Currently working to scale the prototype up from 1,000 electrodes to more than 65,000.

Goal is to create a new type of visual prosthetic that interacts directly with the brain.

That can restore at least some sight capacity for people with damaged optic nerves.

Research by Duke, Northwestern and New York universities published in Science Translational Medicine.

Mentioned in this article:

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Bijan Pesaran

Professor of neural science at New York University

Duke University

Private research university in Durham, North Carolina

John Rogers

Physical chemist and Materials Scientist, Northwestern University

Jonathan Viventi

Assistant Professor in the Department of Biomedical Engineering, Duke University

New York University (NYU)

One of the world’s foremost research universities

Northwestern University

Private multidisciplinary research university

Science Translational Medicine

Journal that publish papers with topics related to translational medicine

Topics mentioned on this page:
Brain Interface