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

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

Poster Title 

First Author

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

Li, Yuanning

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

Tang, Yikai

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

Aronson, Sage

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

Vivanco Cepeda, Vicente

Factors affecting baseline boundary extension effect: a meta-analysis

Lukavský, Jiří

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

Wen, Ziqi

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

Pramod, RT

Modeling visual cortex with local unsupervised learning

Passi, Ananya

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

Murlidaran, Shravan

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

Wong, Kimberly W.

The Effect of Scene Clutter on Visual Representations

Bracci, Stefania

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

Atzert, Charlotte

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

Stadhard, Skylar