…Electrodes in insula (EC192, EC205) and orbitofrontal cortex (EC200, EC205) were the…
EEG dataset investigating the sense of agency over movements produced by electrical muscle stimulation (electrically-actuated movements). It examines the illusion of agency when involuntary, externally actuated movements are experienced, and provides raw EEG recordings organized in BIDS format.
…cortex study ==================================== Functional near-infrared spectroscopy (fNIRS) recordings of human auditory cortex…
This dataset contains raw EEG data in BIDS format from participants viewing object images, collected to map the dimensions of object space and examine their temporal dynamics. Source data include trial-level behavioral event files detailing what was shown on screen during the EEG session. The dataset accompanies a study on how object representations unfold over time.
…DISC Validation in Rat Somatosensory Cortex Project ID: 000 Expected experimentation period…
Raw and preprocessed magnetoencephalography (MEG) recordings from participants viewing objects that moved along trajectories and were either occluded or disappeared. The dataset supports investigation of how the brain represents objects during dynamic occlusion. It includes behavioural and eye-tracking data as source data, and preprocessed epochs in CoSMoMVPA format.
…VPL or insular cortex The experiment included the following conditions: - Focused ultrasound…
EEG recordings from participants performing an attentional blink task before, during, and after transcranial direct current stimulation (tDCS). Each participant visited the lab twice, receiving anodal or cathodal stimulation over F3 with a return electrode over the right forehead, with complete data for 40 participants. The dataset supports study of concurrent tDCS-EEG artifacts and of stimulation effects on attentional blink event-related responses.
…2025) Hypoactivation of ventromedial frontal cortex in major depressive disorder: an MEG…
A multimodal mobile brain/body imaging dataset from 32 young adults walking over uneven terrain at different speeds. It includes high-density dual-layer EEG, neck EMG, IMU acceleration, ground reaction forces, and head models built from T1-weighted MR images. Each participant also completed a seated rest trial, and digitized electrode locations are provided for every subject.