Scene Perception: Neural mechanisms

Poster Session: Tuesday, May 20, 2025, 2:45 – 6:45 pm, Pavilion

Poster Title

First Author

The superior parietal lobule scene region is involved in visually-guided navigation

Yoon, Hee Kyung

The addition of stereopsis to natural scenes enhances human brain activation in scene-selective regions

Varon, Sofia

Maintaining vs. updating representations: Roles of parahippocampal, occipital, and retrosplenial cortices in scene perception

Zhang, Treedom Beiyin

Valence of the scene context, not the people in the scene is captured in the visual cortex and visual artificial neural networks

Yargholi, Elahe

Prediction Effects in Early Visual Perception

Kaur, Anmol

MRI compatible dome display to study the neural correlates of dynamic immersive naturalistic vision.

KATTI, HARISH

Representation of goal-modulated navigational affordances in the human brain

Yu, Jinkook

Neural correlates of boundary prominence and type in the human brain

Park, Jieun

From Vision to Decision: How Tasks Transform Dynamic Brain Representations

Duan, Yaocong

Atypical place selectivity in the retrosplenial complex in individuals with autism spectrum disorder

Li, Taylor L.

Characterizing the probable location of scene perception and place memory areas along the cortical hierarchy – a publicly available resource

Steel, Adam

High-dimensional structure underlying individual differences in naturalistic visual experience

Han, Chihye

Neural activity resolved in space and time through fusion of large-scale EEG and fMRI datasets.

Charest, Ian