Scene Perception: Categorization, memory, clinical, intuitive physics, models

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

Poster Title

First Author

Modeling visual cortex with local unsupervised learning

Passi, Ananya

Seeing from the ground up: Spontaneous perception of 'causal history' due to intuitive physics

Wong, Kimberly W.

Factors affecting baseline boundary extension effect: a meta-analysis

Lukavský, Jiří

The Effect of Scene Clutter on Visual Representations

Bracci, Stefania

Untypical scene exemplars are easier to remember, but harder to categorize

Atzert, Charlotte

Intuitive physical and domain-general reasoning are dissociable in the human brain

Pramod, RT

Aversion to Ambiguity: The Relationship Between Categorization Ambiguity and Pleasure in Viewing Real-World Images

Tang, Yikai

A large-scale vision-language fMRI dataset for multi-modal semantic processing

Li, Yuanning

Ensemble physics: perceiving the mass of groups of objects is more than the sum of its parts

Vivanco Cepeda, Vicente

Visual and Semantic Scene Information: A Steady-State Visual Evoked Potentials Study

Stadhard, Skylar

Scene Understanding Maps: Predicting Most Frequently Fixated Object during Free Viewing with Multi-Modal Large Language Models

Murlidaran, Shravan

Foveated Multi-Modal Large Language Model Maps to Predict Time to Understand Scenes

Wen, Ziqi

Distinct roles of visual and semantic information in scene detection and categorization

Aronson, Sage