Visual perception and processing mechanisms
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Latest in Visual perception and processing mechanisms
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Humans' ability to discriminate spatial patterns in the visual periphery is matched by models at a critical scaling that is approximately one-fourth for luminance compared to spectral energy features.
- Open access
Interactions between the posterior parietal cortex and pulvinar are necessary to maintain sensory history representations for decision-making in mice.
- Open access
Model-based fMRI with large-field stimulation and retinotopic atlas reliably maps contrast sensitivity across the visual field, even with fixation variability, in seven participants.
- Open access
Retinal curl serves as a key functional signal for heading estimation, causing systematic perceptual biases that depend on gaze direction.
- Open access
The pulvinar primarily relays signals from V1 to V2 in macaques, with V1 activity leading pulvinar and pulvinar leading V2, supporting a feedforward communication role.
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