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Brain–machine interfaces (BMIs) have enabled a handful of test participants who are unable to move or speak to communicate simply by thinking. An implanted device picks up the neural signals ...

An ever-increasing number of technology devices now feature built-in voice recognition capabilities and voice-enabled software. Whether Siri, Alexa, Google Assistant, our cars, laundry machines, or ...

Humans need to interact with machines in manufacturing applications to task those machines, monitor processes and troubleshoot problems. Historically, human-machine interfaces in the industrial ...

(A) Illustrations of a subject wearing a virtual reality headset and the brain–machine interface. (B) The microneedle electrodes that penetrate the scalp to collect the brain’s electrical signals.

Scientists describe the development of a type of wearable human-machine interface device that is stretchable, inexpensive, and waterproof. The device is based on a soft magnetoelastic sensor array ...

This virtual public workshop examined scientific, technical, ethical, and regulatory issues related to brain-machine interfaces (BMIs) and related neural interface technologies. It considered ...

A major goal of the field of neuroprosthetics has focused on improving the lives of paralyzed patients by restoring their lost real-world abilities. One example was the 2012 work by neuroscientists ...

Medical devices are constantly changing and improving, adding new features to revolutionize patient care. Studies have shown that human-machine interfaces can help to improve medical device usability ...

An international team of researchers is combining soft scalp electronics and virtual reality in a brain-interface system. A new wearable brain-machine interface (BMI) system could improve the quality ...