noun neural interface - a system or device that allows communication between a computer and the brain
In computer science, neural interfaces are used in machine learning and artificial intelligence to mimic the structure and function of the human brain.
In neuroscience, neural interfaces are used to study brain activity and communication between neurons.
In robotics, neural interfaces are used to control robotic limbs and other devices using signals from the brain.
In biomedical engineering, neural interfaces are used to develop technologies such as brain-computer interfaces for medical applications.
In virtual reality, neural interfaces are used to create immersive experiences by directly connecting the user's brain to a computer system.
In the field of science fiction writing, neural interfaces are often used as a plot device to explore the possibilities of human-computer interaction and mind control.
Psychologists may use neural interfaces in research studies to better understand brain activity and cognitive processes in various mental health conditions.
Neuroscientists use neural interfaces to study the brain's electrical activity and develop new technologies for brain-computer interfaces.
Computer scientists work on developing neural interfaces for applications such as virtual reality, augmented reality, and brain-controlled devices.
Medical doctors may use neural interfaces in neurosurgery to monitor brain activity and perform precise interventions in patients with neurological disorders.