<p>For each plot, main graph shows variability explained over time. Bar charts show maximum explained variability for each of eight CNN layers in the post-stimulus time window indicated above.–A- Frontal cluster.–B- Central cluster.–C- Left occipitotemporal cluster.–D- Central occipital cluster.–E- Right occipitotemporal cluster.</p
<p>(A) Definition of clustering axis Δ<i>x</i><sub>1</sub> and Δ<i>x</i><sub>2</sub>. Δ<i>x</i><sub>...
Ongoing neural activity unfolds across different timescales reflecting networks’ specialization for ...
<p>Ten TCNs for which the activity at 0.0< <i>t</i> ≤ 3.0 s from the trial onset significantly expla...
(A) Time course of frequency tagging activity in parietal cortex as a function of prior belief (cont...
<p>(<b>A</b>) Histogram of the time difference between consecutive nLFPs (inter-nLFP interval) withi...
(A) Time-resolved stimulus (top), response (middle), and choice (bottom) information in 4 groups of ...
<p>(A) Four different sub-regions of stimulus sequences were defined with (a) onset of puffs, (b) en...
<p>Results of the spatiotemporal cluster analysis on the cortical current estimates data for Face an...
<p>Spatial maps, BOLD activity around the trial onsets, and the relationship between their activity ...
<p>(A) The plot showing the difference in ITC (intertrial coherence) for face minus non-face stimuli...
Ongoing cortical dynamics unfold across different temporal scales. These timescales reflect the netw...
<p>Each waveform represents the average of all 256 electrodes. Lowest layers are in darker colors, a...
Neurons process information on different timescales across the neocortex that are related to the dyn...
(a) Autocorrelation of the lower- and higher-level responses in the trained network with natural vid...
<p>(<b>A</b>) Spatiotemporal patterns of nLFPs in the 9 trial-spanning clusters for each interval in...
<p>(A) Definition of clustering axis Δ<i>x</i><sub>1</sub> and Δ<i>x</i><sub>2</sub>. Δ<i>x</i><sub>...
Ongoing neural activity unfolds across different timescales reflecting networks’ specialization for ...
<p>Ten TCNs for which the activity at 0.0< <i>t</i> ≤ 3.0 s from the trial onset significantly expla...
(A) Time course of frequency tagging activity in parietal cortex as a function of prior belief (cont...
<p>(<b>A</b>) Histogram of the time difference between consecutive nLFPs (inter-nLFP interval) withi...
(A) Time-resolved stimulus (top), response (middle), and choice (bottom) information in 4 groups of ...
<p>(A) Four different sub-regions of stimulus sequences were defined with (a) onset of puffs, (b) en...
<p>Results of the spatiotemporal cluster analysis on the cortical current estimates data for Face an...
<p>Spatial maps, BOLD activity around the trial onsets, and the relationship between their activity ...
<p>(A) The plot showing the difference in ITC (intertrial coherence) for face minus non-face stimuli...
Ongoing cortical dynamics unfold across different temporal scales. These timescales reflect the netw...
<p>Each waveform represents the average of all 256 electrodes. Lowest layers are in darker colors, a...
Neurons process information on different timescales across the neocortex that are related to the dyn...
(a) Autocorrelation of the lower- and higher-level responses in the trained network with natural vid...
<p>(<b>A</b>) Spatiotemporal patterns of nLFPs in the 9 trial-spanning clusters for each interval in...
<p>(A) Definition of clustering axis Δ<i>x</i><sub>1</sub> and Δ<i>x</i><sub>2</sub>. Δ<i>x</i><sub>...
Ongoing neural activity unfolds across different timescales reflecting networks’ specialization for ...
<p>Ten TCNs for which the activity at 0.0< <i>t</i> ≤ 3.0 s from the trial onset significantly expla...
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