Prime, David J.
Photograph
Person Preferred Name
David J. Prime
Position
Faculty Member
Field of Activity
Working memory
Cognitive processes
Brain activity
EEG measures
Decision making
Email/Contact
primed@douglascollege.ca
Department
Status
current
Affiliation Date
open start to open end
Identifier (Other)
primed
Education and Credentials
Ph.D, Psychology, University of British Columbia
M.A., Psychology, University of British Columbia
B.A.(Hons., 1st Class), Psychology, Simon Fraser University
I am an expert in applying EEG measures of brain activity to investigate cognitive processes. I have conducted studies on attention, perception, decision making, and working memory. In particular, I have published several studies investigating the attention related phenomenon known as Inhibition of Return (IOR). Recently, I have began investigating the effect of biases on high level decision making and belief formation.
Ph.D, Psychology, University of British Columbia
M.A., Psychology, University of British Columbia
B.A.(Hons., 1st Class), Psychology, Simon Fraser University
I am an expert in applying EEG measures of brain activity to investigate cognitive processes. I have conducted studies on attention, perception, decision making, and working memory. In particular, I have published several studies investigating the attention related phenomenon known as Inhibition of Return (IOR). Recently, I have began investigating the effect of biases on high level decision making and belief formation.
Related Works
Default image for the object Lateralized readiness potentials reveal motor slowing in the aging brain, object is lacking a thumbnail image
Default image for the object Inhibition of return from stimulus to response, object is lacking a thumbnail image
Default image for the object Inhibition of return and response repetition within and between modalities, object is lacking a thumbnail image
Default image for the object Cortical expressions of inhibition of return, object is lacking a thumbnail image
Default image for the object Tracking the location of visuospatial attention in a contingent capture paradigm, object is lacking a thumbnail image
Default image for the object When cross-modal attention fails, object is lacking a thumbnail image
Default image for the object Response-selection conflict contributes to inhibition of return, object is lacking a thumbnail image
Default image for the object On the relationship between occipital cortex activity and inhibition of return, object is lacking a thumbnail image
Default image for the object Mental rotation requires visual short-term memory: evidence from human electric cortical activity, object is lacking a thumbnail image
Default image for the object Inability to suppress salient distractors predicts low visual working memory capacity, object is lacking a thumbnail image