Ensuring high-quality EEG recordings in integrated fNIRS-EEG setups
This blog post explores the integration of EEG and fNIRS for multimodal brain monitoring, focusing on potential interference when sensors are placed in close proximity. Using the Brite and APEX systems with combined holders, the study demonstrates that high-quality EEG data can still be achieved with minimal crosstalk, supporting the effectiveness of our integrated solution for simultaneous EEG-fNIRS measurements.
Multimodal Measurement: Integration of EEG & fNIRS
The integration of EEG and fNIRS combines the strengths of both techniques, capturing electrical activity and hemodynamic responses for a deeper understanding of brain function. This multimodal approach enhances research in areas like brain-computer interfaces, hyperscanning, and clinical studies, offering high temporal and spatial resolution in a non-invasive, portable setup.
Hyperscanning to Investigate Human Social Interactions
Hyperscanning is an innovative technique that allows researchers to simultaneously record and analyze the brain activity of multiple individuals during social interactions. By utilizing methods such as EEG, fMRI, and fNIRS, hyperscanning provides insights into the neural mechanisms underlying cooperative and competitive behaviors. This approach enhances our understanding of how brains communicate during shared activities, offering valuable perspectives in fields like neuroscience, psychology, and social sciences.