The development of specialized conductive inks that can adhere directly to the scalp of individuals, including those with hair, presents a significant advancement in EEG technology. This innovation could facilitate mobile EEG monitoring, expanding its usability beyond clinical settings and improving comfort for patients.
Traditional EEG caps are cumbersome and fail to accommodate various head shapes, making it challenging for clinicians to achieve accurate recordings. The new conductive inks aim to solve these problems by allowing for easy application of electrodes, even on hairy or curved areas.
#epidermal-electronics #eeg-monitoring #neuroscience-research #conductive-inks #brain-computer-interfaces
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