…Mainsah2025-I - **Paradigm**: p300 - **DOI**: 10.13026/0byy-ry86 - **Subjects**: 13 - **Sessions…
EEG recordings from participants viewing object and word stimuli presented in rapid serial streams at 5 Hz to the left visual field, the right visual field, or centrally. Participants performed an orthogonal red target detection task while stimuli were shown. The dataset supports investigation of the temporal dynamics of visual object coding within and across the cerebral hemispheres, particularly for objects in peripheral vision.
…Mainsah2025-P Paradigm: p300 DOI: 10.13026/0byy-ry86 Subjects: 19 Sessions…
Raw EEG and behavioral recordings in BIDS format, accompanying the study 'A common neural mechanism underlies experiences of passage of time' (Jording et al.). The dataset contains per-subject BrainVision EEG recordings (.vhdr/.vmrk/.eeg), behavioral data, scans listings, and source data, and is intended for investigating the neural mechanisms underlying the experience of the passage of time. Task, participant, and equipment details beyond this are not specified in the source metadata.
EEG dataset investigating whether episodic future thinking can reduce temporal discounting. Participants described a series of personal future events and were then cued to think about these events while making intertemporal choices. They also rated the vividness of their mental imagery for each event.
…Lee2021Mobile-ERP - **Paradigm**: p300 - **DOI**: 10.1038/s41597-021-01094-4 - **Subjects…
A multimodal dataset of human decision-making under risk and ambiguity from 53 healthy volunteers aged 18-31. It includes structural MRI (T1w, T2w, DWI), task fMRI, and concurrent EEG recorded during inhibitory transcranial magnetic stimulation over two parietal regions and the vertex. The data enable investigation of the role of the parietal cortex in ambiguity computations.
…The study employed a motor imagery paradigm with auditory and visual cueing…
…Participants performed a two-competing speaker paradigm in both original studies. Participants…
EEG dataset investigating how the brain integrates dissimilar observed actions, using frequency tagging. The recordings are organized in BIDS format and were collected to study neural responses to observed actions presented at distinct tagged frequencies.