Motion: Models, neural mechanisms

Poster Session: Sunday, May 18, 2025, 2:45 – 6:45 pm, Pavilion

Abstract#	Poster Title	First Author
36.469	Moving stimuli reveal localized, nonlinear receptive fields	Franke, Felix
36.470	Anodal tDCS on visual cortex enhances motion aftereffect	Weinberg, Rebecca
36.471	Hemispheric lateralization in motion processing: A study of deaf signers and hearing non-signers	Gershman, Carolyn D.
36.472	The Relationship between Recovery from Adaptation and Perceiving Motion Aftereffects	Yang, Guang
36.473	Multicomponent motion is perceptually organised along distinct dimensions revealed by Distance Scaling and Forced Choice paradigms	Meso, Andrew Isaac
36.474	The contribution of motion detectors during multiple-object tracking	Rezaei, Maryam
36.475	Testing model predictions for a chase detection task	Kon, Maria
36.476	Testing the “causal” in causal inference during motion perception	Yuan, Xinyi
36.477	A deep learning model of self-motion using gaze-centered image sequences	Powell, Nathaniel
36.478	Comparing a Dual-stream Architecture with Single-stream CNNs to Simulate Vision in Locomotor Control	Zhu, Zhenyu

Vision Sciences Society