|
Research
Assistant Professor
My research
strives to understand the neural mechanisms that allow for,
stabilize, and consolidate, sensory learning. In this research,
I employ an interdisciplinary approach to research that combines
methods of psychophysics, neuroimaging (fMRI and MEG) and
computational neuroscience. I also study a variety of aspects
of sensation including motion processing, hyperacuity, stabilization
of visual images, crossmodal auditory-visual
processing, and phonological processing.
|