…Four additional recording blocks consisted of participants passively hearing (auditory localizer, 2…
…adult brain, in relation to auditory stimuli, motor responses, and during periods…
EEG dataset titled 'FFR-active-listening', recorded in BrainVision format (.eeg/.vhdr/.vmrk) with accompanying BIDS metadata files (.json, .tsv, .csv). The title suggests a focus on frequency-following responses during active listening. The dataset comprises 249 files (226 GB). Detailed information on participants, tasks, stimuli, and acquisition parameters is not provided in the available documentation.
…In the auditory and the visual cuing condition, in 50 % of all…
…visual pre-cue and an auditory pre-cue, which occurred at the…
Electroencephalography recordings from 50 participants viewing 22,248 images spanning 1,854 object concepts from the THINGS database. Images were shown in rapid serial visual presentation streams at 10 Hz while participants performed an orthogonal fixation colour change detection task. The dataset supports research on the temporal dynamics of object recognition and visual representation in the human brain.
…The stimuli were 1000 Hz pure auditory tones, 100 ms in duration…
EEG recordings from 25 participants performing a two-competing-speaker selective attention task, in which they attended to either the left or right audio book. The participant's own name was embedded 10 times per block in the to-be-ignored stream, allowing study of attention capture and neural tracking of attended and ignored speech. Blocks alternated between an omnidirectional condition (equal loudness) and a beamforming condition (attended stream louder).
Joint EEG-fMRI recordings from 21 healthy adults who listened to music stimuli chosen and generated to evoke different affective responses. Participants self-reported their felt affective states during listening. The dataset supports research on the neural correlates of emotional responses to music, including sub-cortical activity reflected in EEG.
This dataset contains 128-channel EEG recordings acquired while participants produced one of five color words (green, magenta, orange, violet, yellow) under overt, minimally overt, and covert speech conditions. Each trial comprises five repetitions of the same word. Auxiliary channels (EOG, orbicularis oris EMG, microphone, display, trigger) support delineating neural versus non-neural contributions to EEG-based speech decoding. Sessions include calibration data for decoder training and online real-time decoding.