Curtis Baker, PhD

Primary Axis: 
Neurosciences
Research Focus: 

Natural scenes in our visual world are filled with objects delineated from their backgrounds not only by simple changes in luminance or colour, but also by differences in contrast, texture or motion. Dr. Baker is interested in how early visual processing detects and uses these rich cues to provide a robust perception of "figure-ground" relationships in the real world. Towards this end, he employs a variety of approaches in both humans and animals, including psychophysics, brain imaging, single unit neurophysiology, and computational modeling.Neurophysiology, psychophysics, vision, motion perception, visual cortex, mathematical models, optical imaging

Keywords: 
Neurophysiology, psychophysics, vision, motion perception, visual cortex, mathematical models, optical imaging
Location: 
Royal Victoria Hospital
Publications:
Johnson AP, Prins P, Kingdom FAA, Baker CL(Jr.): Ecologically valid combinations of first- and second-order surface markings facilitate texture discrimination. Vision Research 47: 2281-2290; 2007.
Song YuNing, Baker CL(Jr.): Neuronal response to texture- and contrast-defined boundaries in early visual cortex. Visual Neuroscience 24: 65-77; 2007.
Zhan C, Baker CL(Jr.): Boundary cue invariance in cortical orientation maps. Cerebral Cortex 16: 896-906; 2006.