About this Research Topic
Neurotechnologies combine neuroscience and engineering to build tools for studying, repairing, and enhancing brain function. Traditionally, researchers have used neurotechnologies, such as Brain-Computer Interfaces (BCIs), as assistive devices, for example to allow locked-in patients to communicate. In the last few decades, brain imaging devices, such as electroencephalography (EEG) and functional near-infrared spectroscopy (fNIRS), have become more portable and inexpensive, paving the way to innovative applications of neurotechnologies.
Recent trends in neuroergonomics and neural engineering have used neurotechnologies to enhance various human capabilities, including (but not limited to) communication, emotion, perception, memory, attention, situation awareness, problem-solving, and decision making. Closed-loop neurotechnologies have been developed to automatically adapt their behaviors to the current brain state of the user. Transcranial direct-current stimulators have been used to make operators last longer on repetitive and/or mentally-challenging tasks.
This Research Topic calls for submissions that describe novel research in the area of developing neurotechnologies to enhance human capabilities, highlighting new results and applications of established neurotechnologies, as well as welcoming the description of novel neurotechnologies. Submissions can be of any article type.
This is an exciting moment for neurotechnologies. This Research Topic will serve the research community and the general public as a container of recent high-quality research in the area of human augmentation through neurotechnologies. We look forward to receiving your contributions.
The cover picture of this research topic was created by Eleonora Adami, PhD, scientific illustrator and postdoctoral fellow at Duke-NUS (www.brushandpipette.com).
Recent trends in neuroergonomics and neural engineering have used neurotechnologies to enhance various human capabilities, including (but not limited to) communication, emotion, perception, memory, attention, situation awareness, problem-solving, and decision making. Closed-loop neurotechnologies have been developed to automatically adapt their behaviors to the current brain state of the user. Transcranial direct-current stimulators have been used to make operators last longer on repetitive and/or mentally-challenging tasks.
This Research Topic calls for submissions that describe novel research in the area of developing neurotechnologies to enhance human capabilities, highlighting new results and applications of established neurotechnologies, as well as welcoming the description of novel neurotechnologies. Submissions can be of any article type.
This is an exciting moment for neurotechnologies. This Research Topic will serve the research community and the general public as a container of recent high-quality research in the area of human augmentation through neurotechnologies. We look forward to receiving your contributions.
The cover picture of this research topic was created by Eleonora Adami, PhD, scientific illustrator and postdoctoral fellow at Duke-NUS (www.brushandpipette.com).
Keywords: neuroergonomics, brain-computer interfaces, machine-learning, enhancement, EEG, fNIRS, tDCS, tACS, closed-loop
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