Associative Learning in the Human Brain and Body
Our laboratory characterizes how the human brain and body acquire and eventually unlearn new fear memories using multimodal physiological measurement and computational modeling.
View ProjectOur laboratory provides a vibrant research environment where motivated and dedicated researchers from across the world address fundamental problems in human neuroscience. Our work focuses on research areas currently funded by extramural grants.
The lab examines relationships across brain activity, physiology, perception, emotion, and behavior in ways that bring multiple forms of evidence into the same frame.
Our laboratory characterizes how the human brain and body acquire and eventually unlearn new fear memories using multimodal physiological measurement and computational modeling.
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The lab combines generative AI, simultaneous EEG and fMRI, and computational modeling to characterize how emotional responses to digital media unfold in the brain and body.
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This work examines whether novel EEG measures of activity and competition in visual cortex can predict symptoms across obsessive-compulsive and anxiety spectrum disorders.
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In collaboration with the Brain, Cognition & Development Lab at UF, this project examines how early visual function predicts later cognitive development and supports the development of an index of healthy visual development in infants.
View ProjectEach line of work contributes to a broader understanding of how biological systems, perception, cognition, and behavior interact.
Projects can combine biological measurement, behavioral response, and related methods across shared research questions.