Intelligent control models are considerably crucial in optimizing the operation and efficiency of power systems and power electronics. Relatively, to bridge existing gaps in achieving smooth and ...

A team of scientists at the Beijing Institute of Technology has developed the world’s lightest insect brain controller. The ...

The new RA2T1 devices include a number of features designed to enhance motor control function, specifically in single-motor ...

“Our study highlights the transformative potential of EEG-based BCIs and their application beyond basic communication to intricate motor control.” Carnegie Mellon University. "Brain-computer interface ...

Research that is taking a closer look at activity in the thalamus—a region long considered a relay station for the brain and involved in consciousness and motor activity—reveals the thalamus may play ...

Apple is making strides towards a future where people control their iPhones with thoughts, using brain implants, according to a report in a leading American daily. This is similar to the vision of ...

A standard for brain implants that would allow disabled people to control devices such as iPhones and the Apple Vision Pro could be available for developers this year.

Apple is partnering with Synchron to develop brain-implant controls for iPhones, iPads, and Vision Pro, aiming to boost accessibility for people with severe disabilities.

The Stentrode is a “stent-like device that is implanted in a vein atop the brain’s motor cortex” with electrodes that read brain signals.

Apple is embracing the world of brain computer interfaces, unveiling a new technology that one day could revolutionize how humans interact with their devices. The company is taking early steps to ...

Community / Brain-Power Drive with Proactive Healthcare for Mobility Aids (Update) Posted May 7, 2025 by MohammadChaudhry | Project Overview Thanks to the OpenBCI Discovery Program’s support with the ...

The combination of artificial intelligence and neuroscience allows a paralyzed man to manipulate a robotic arm by using his brain to imagine movements.