Extended Data Fig. 1: Prediction1 Complementary results for decoding of conscious content.

a, fMRI searchlight decoding accuracies (letters-falsefonts), collapsed across durations. Pattern classifiers trained on relevant stimuli and tested on irrelevant stimuli (left, purple) or vice versa (right, orange): Outlined colored regions on the inflated cortical surfaces (top: lateral views; bottom: medial views) indicate significant above-chance (50%) decoding. Here and below, significance was evaluated through a cluster-based permutation test (p < 0.05; two-sided). Sample sizes as reported in Fig. 2. b, iEEG ROIs decoding accuracies (letters-falsefonts) collapsed across durations. Conventions as in a. The results are displayed on inflated surface maps from a left lateral (top left), posterior (top right) and left medial (bottom) views. c, MEG cross-task decoding of category (letters-falsefonts) when classifiers were trained on relevant stimuli and tested on irrelevant stimuli (purple); or vice versa (orange), separately for the whole posterior (left) and prefrontal (right) ROIs. Underlying lines indicate significantly above-chance (50%) decoding. Error bars depict 95% CI across participants. d, iEEG cross-task temporal generalization of category decoding (letters-falsefonts) classifiers trained on task-relevant stimuli and tested on task-irrelevant stimuli. Columns: stimulus durations (left: 0.5 s; center: 1.0 s; right: 1.5 s). Rows: theory ROIs (top: posterior; bottom: prefrontal). Contoured red-shaded regions depict significant above-chance (50%) decoding. e, iEEG cross-task temporal generalization of category decoding (faces-objects), classifiers were trained on task-relevant stimuli and tested on task-irrelevant ones. Conventions as in d. f, iEEG cross-task temporal generalization of category decoding (faces-objects) from task-irrelevant to task-relevant stimuli, yet using pseudotrial aggregation to boost decoding accuracy. Conventions as in d. g, iEEG ROI decoding accuracies (faces-objects) using pseudotrials. Conventions as in b. Brain surfaces in panels a, b, g are from Freesurfer.