These results are straightforward to explain in the context of self-similar visual filters whose size is determined by stimulus blur (e.g. [12], [13]).
As explained in the introduction, whereas the literature on visual word recognition provides unequivocal support for the involvement of occipitotemporal/fusiform regions during unconscious perception, the literature on face recognition has not reached the same conclusion.
This counterintuitive fact is explained in engaging visual form by Ryoko Iwata, "a Japanese coffee-lover living in Seattle" on her appropriately titled blog, I Love Coffee.
Then, the directed topic models find an optimal set of latent topics that best explains the visual words found in the given images.
On setting apart the style in those two settings, Stratton explains, "the visual and fictional themes across those two settings vary greatly".
We used this experiment to verify whether the results observed in experiment 3 could be explained by changes in the visual display and to separate the effects of changes in the intended movement from changes in sensory stimulus (visual display).
So far the link with serotonin comes closest to explaining why the visual snow, at least in my case, looks a lot like psychedelic hallucinations.
The transient change layers other than the PRs may explain why the visual recovery was only temporary, and the redundancy in the connections between the axons of the inner nuclear layer and ONL to the PRs may explain the visual field improvements in this case.
This also explained the visual observation in the practical experiments, that the cured capsules travelled slower than the DE droplets in the outlet tubing.
This change accompanied, and may partly explain, the visual reduction in fibre thickness.
