Transparent microelectrode arrays measure the brain's electrical activity while simultaneously performing optical imaging
Read article: Transparent microelectrodes improve brain activity mapping
Electroencephalography and functional MRI reveal that sleep-specific brain activity does not disappear immediately after we wake up
Read article: Simultaneous EEG and fMRI measure sleep ‘inertia’
Using near-infrared spectroscopy to measure the fast optical signal in the brain could one day lead to faster brain--computer interfaces
Read article: Measuring the brain’s fast optical signal could speed up BCI response
Spinal cord stimulation and physical therapy enables independent stepping after paralysing injury
Read article: Neuromodulation helps paralysed man take independent steps
Functional MRI reveals how finger movement corresponds to sensory and motor regions of the brain
Read article: fMRI reveals finger motion encoding in the brain
Improved beamforming and 3D printed headcasts increase the spatial resolution of magnetoencephalography
Read article: Simulations improve MEG spatial resolution
Researchers have succeeded in monitoring the activity of individual retina cells in an awake animal for the first time
Read article: Injectable mesh electronics opens up a new window into vision research
Quantifying the recording stability of intracortical microelectrodes could lead to more reliable brain-computer interfaces
Read article: Designs on a high-performance motor BCI
Injectable angiogenic material might be used in a potential new therapy for stroke
Read article: Bioengineered gel helps repair brain tissue
Adaptive deep brain stimulation for Parkinson's disease uses the patient's neural signals to modify the stimulation amplitude in real time
Read article: DBS implant adapts to patient’s neural signals
