Linda Henriksson

The paper shows that the human occipital place area (OPA) encodes scene layout invariant to surface texture within 100 ms, contrasting with V1 and PPA.

The paper shows that unconscious chromatic processing in healthy participants depends on the primary visual cortex (V1) by eliminating the redundant target effect (RTE) with TMS of V1.

The paper compares fixed and mixed representational similarity analysis (RSA) to explain visual representations in primate brain areas using shallow and deep computational models.

This study uses MEG to track cortical dynamics during free-viewing of natural scenes, showing that saccade target selection is reflected in MEG signals before eye movements occur.

The paper tests the faciotopy hypothesis, finding that the OFA shows evidence of a face-feature map with cortical distances reflecting physical feature distances in faces.

The paper shows that intrinsic cortical dynamics influence representational geometry in human visual cortex, making responses to natural images more similar across brain regions when intrinsic dynamics are shared.