Marc M. Himmelberg

The paper examines how cortical magnification and preferred spatial frequency in V1 covary with eccentricity and polar angle, finding proportionality in eccentricity but not polar angle.

The paper shows presaccadic attention enhances contrast sensitivity for horizontal and downward saccades but not upward, and links this to V1 cortical magnification.

The paper investigates whether cortical magnification affects contrast sensitivity across and around the visual field, finding it eliminates differences across eccentricity but not around polar angle.

The paper compares retinotopic maps in children and adults, finding that children have similar V1 surface area for upper and lower vertical meridians, while adults show asymmetry, indicating a late-stage developmental change.

The paper links individual differences in V1 cortical magnification to contrast sensitivity across visual field meridians using fMRI and psychophysics.

This study shows presaccadic attention improves contrast sensitivity at horizontal and lower vertical meridians but not upper vertical meridian, exacerbating performance asymmetries.

This study assesses the reproducibility of retinotopic maps across two fMRI datasets, finding consistent pRF properties despite differences in experimental protocols.

The paper decodes neural responses to motion-in-depth cues using EEG and finds that different cues contribute to decoding at different timepoints.

This study systematically examines contrast sensitivity asymmetries across visual field meridians under varying stimulus parameters and finds consistent patterns despite parameter changes.