Mapping sequences can bias population receptive field estimates¶
Urale, P. W. B., Puckett, A. M., York, A., Arnold, D., & Schwarzkopf, D. S. (2022). Mapping sequences can bias population receptive field estimates. Human Brain Mapping, 43(18), 5532-5547.
Cited by¶
1 citation across 1 artifact.
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Primes¶
- Receptive Field
- And the prime's gap prediction is the blind spot — the optic-disc region has no photoreceptors, so a stimulus there falls outside every field's coverage and produces literal silence (a scotoma), a coverage failure in the tiling geometry, not a defect in any unit.
This sourceMaps the physiological blind spot — the optic-disc region with no photoreceptors — as a coverage gap (scotoma) in the retinal tiling whose representation appears in visual cortex, confirming the gap is in the tiling geometry, not a unit defect.
- And the prime's gap prediction is the blind spot — the optic-disc region has no photoreceptors, so a stimulus there falls outside every field's coverage and produces literal silence (a scotoma), a coverage failure in the tiling geometry, not a defect in any unit.
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Registry ID ref:e17c254ebae3 · see in the full table