Vicarious touch: overlapping neural patterns between seeing and feeling touch
…We used time-resolved multivariate pattern analysis on whole-brain EEG data…
- Participants
- 40
- Channels
- 64
- Citations
- 12
- Size
- 172 GB
- Version
- v1.0.0
- Updated
- Jun 24, 2026
…We used time-resolved multivariate pattern analysis on whole-brain EEG data…
…1 mm, repetition time TR = 2300 ms, echo time TE = 2.98…
This dataset contains raw neuroimaging recordings collected with the Visual Attribute-Specific Contextual Trajectory Paradigm 2.0. The paradigm is used to study how the brain generates domain-general visual surprise signals and how their latency depends on the visual attribute that is violated. It accompanies a pre-print on attribute-dependent latency of visual surprise signals.
…Subsequently, participants orally rated the intensity of pain within a time window…
…denoted the onset of pain perception, 6 represented moderate pain, 8 indicated…
…channels and columns correspond to time samples with sampling frequency of 256Hz…
…Pain Perception and Anxiety-Depression Levels](#2-pain-perception-and-anxiety-depression…
Intracranial EEG (ECoG) recordings from 14 epilepsy patients implanted with clinical surface and depth electrodes, with two patients also carrying high-density research grids. Participants viewed grayscale pattern stimuli and color images of several categories. Stimuli varied in spatial and temporal properties, including pRF mapping bars, spatial and temporal patterns, and six-category localizers. Pre-implantation T1 MRI, FreeSurfer surface reconstructions and derivative broadband and preprocessed data are included.
…As expected, athletes showed a significant reduction in pain perception after HIIT…
Stereo-EEG (intracerebral) recordings from 28 patients with refractory epilepsy during fast periodic visual stimulation, with natural object images presented at 6 Hz and faces as every fifth image (1.2 Hz) in the periodic condition, or at random positions in a non-periodic control condition. The dataset is a derivative release of the authors' Letswave files, low-pass filtered at 30 Hz and segmented into sequences, repackaged in BIDS (BrainVision) format. It supports mapping of face-selective responses in the human ventral occipito-temporal cortex.