<p>(A) Distribution of wave directions during all trials for the responses to 4-Hz contrast reversal gratings from one experiment. Red dashed line in the inset represents the 17/18 border. (B) Average phase map using the data points within 30° of the peak direction shown in (A). (C) Distribution of wave directions measured with 4-Hz contrast reversal gratings at different orientations from one experiment. Each color represents one orientation. Data were from the same experiment as that shown in (A). (D) Distribution of wave directions measured with 4-Hz contrast reversal gratings for all 10 experiments. Red dashed lines represent the range of the 17/18 border across different experiments. (E) Distribution of wave directions measured with gr...
<p>Left-hand panel: Grand-averaged ERP in response to congruous (blue), incongruous (red), and Nogo ...
<p>a) Schematic view for calculating the theoretical and measured d (<i>d<sub>T</sub></i> and <i>d<s...
(A) Reconstructed orientation channels, corresponding to each of the nine grating orientations prese...
<p>(A) Distribution of wave speeds for the responses to 4-Hz contrast reversal gratings for all 10 e...
<p>(A) Left, schematic drawing of areas 17 and 18 (right hemisphere) and the recording sites of the ...
<p>(A) Left panel, raw LFP signal from a single channel during a single trial of visual stimulation ...
<p>(A) Amplitudes, (B) Phases. Grey lines with symbols show experimental measurements for sinusoidal...
<p>(A) Image of the cortical vasculature and schematic diagrams of the stimuli used for driving dire...
<p>(A) Upper, phase maps computed from the 2<sup>nd</sup> harmonic responses of two experiments meas...
<p>Stimulus design and evoked potential responses. (a) Amplitude-time waveforms showing stimulus con...
<p>Normalised response amplitudes for the four AM conditions. For the lines in the left plot, and th...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>(<b>a</b>) Illustration of dichoptic stimulus presentation; (<b>b</b>) Illustration of two stimul...
<p>(<b>a</b>) Illustration of dichoptic stimulus presentation; (<b>b</b>) Illustration of two stimul...
<p>(A): Amplitude changes of the tympanic membrane oscillations relative to the response at 0° speak...
<p>Left-hand panel: Grand-averaged ERP in response to congruous (blue), incongruous (red), and Nogo ...
<p>a) Schematic view for calculating the theoretical and measured d (<i>d<sub>T</sub></i> and <i>d<s...
(A) Reconstructed orientation channels, corresponding to each of the nine grating orientations prese...
<p>(A) Distribution of wave speeds for the responses to 4-Hz contrast reversal gratings for all 10 e...
<p>(A) Left, schematic drawing of areas 17 and 18 (right hemisphere) and the recording sites of the ...
<p>(A) Left panel, raw LFP signal from a single channel during a single trial of visual stimulation ...
<p>(A) Amplitudes, (B) Phases. Grey lines with symbols show experimental measurements for sinusoidal...
<p>(A) Image of the cortical vasculature and schematic diagrams of the stimuli used for driving dire...
<p>(A) Upper, phase maps computed from the 2<sup>nd</sup> harmonic responses of two experiments meas...
<p>Stimulus design and evoked potential responses. (a) Amplitude-time waveforms showing stimulus con...
<p>Normalised response amplitudes for the four AM conditions. For the lines in the left plot, and th...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>(<b>a</b>) Illustration of dichoptic stimulus presentation; (<b>b</b>) Illustration of two stimul...
<p>(<b>a</b>) Illustration of dichoptic stimulus presentation; (<b>b</b>) Illustration of two stimul...
<p>(A): Amplitude changes of the tympanic membrane oscillations relative to the response at 0° speak...
<p>Left-hand panel: Grand-averaged ERP in response to congruous (blue), incongruous (red), and Nogo ...
<p>a) Schematic view for calculating the theoretical and measured d (<i>d<sub>T</sub></i> and <i>d<s...
(A) Reconstructed orientation channels, corresponding to each of the nine grating orientations prese...