We live in a dynamic visual environment in which we must quickly and accurately interpret the events around us.

How do we do it?

The VPNL uses a combination of functional magnetic resonance imaging (fMRI), transcranial magnetic stimulation (TMS), concurrent TMS and electroencephalography (EEG), and psychophysical techniques to isolate the neural correlates of visual perception.

Social actions and intentions

Perception and recognition of actions  of others is a complex process. Using psychophysical measures such as face perception, biological motion, and Posner-type cueing tasks we can measure during social perception.


visual recognition  •  attention    cognitive control


Functional specialization on the human STS

Using fMRI and novel analysis techniques, we aim to:

1) Identify the shared, distributed network involved in socially relevant information processing
2) Determine functional relationship among the various cortical regions


to learn more, visit Sam's VSS 2014 poster

Functional specialization on the human STS



Perception of natural experiences requires allocation of attention towards features, objects, and events that are moving and changing over time. Using both fMRI functional connectivity methods and psychophysics, we measure the role of attention in discriminating temporal features.

to learn more, visit Sarah’s VSS 2014 poster