Adeola N. Harewood
I am a graduating senior majoring in psychology. Currently, I work in Dr. James Gordon's Visual Psychophysiology lab where we study the development of the visual pathways. My Honors thesis looks at scores on the Autism Spectrum Quotient (taken by intro to psych students) correlates them with parameters of visual evoked potentials. Last summer I worked in a lab at Vanderbilt University where I used new method to study filtering in the visual system. My research interests are in the biological mechanisms behind perception and how they differ in clinical populations. I am also interested learning more about perceptual training. Next fall I will be attending the PhD program in Vision Science at UC Berkeley.
- 1. Zemon, V., Hu, G., Butler, P., Weinger, P., Nunez, V., Harewood, A., Legatt, M.E.,Gordon, J. (May 2012) Frequency Mechanisms in the Transient VEP: Test-Retest Reliability. Oral presentation at the International Society for Clinical Electrophysiology of
- 2. Zemon, V., Weinger, P., Harewood, A., Nunez, V., Michel, J., Azizgolshani, S., Izrailova, J., Hu, G., Butler, P.,Gordon, J. (May 2012) A short duration visual evoked potential (VEP) protocol. Poster to be presented at the 2012 Association for Research
- 3. Harewood, A., Navalta, T., Nunez, V., Weinger,P., Zemon,V., Gordon, J. (April 2012). The relationship between scores on the Autism Spectrum Quotient and visual processing examined with Visual Evoked Potentials. Oral presentation at the North-East Under
- 4. Harewood, A., Kwakye, L., Wallace, M. (August 2011; November 2011) The effect of spatial frequency and noise level on the critical bandwidth in vision. Poster presented at Vanderbilt Summer Science Academy Symposium, Nashville, TN.; Poster presented at
- 5. Harewood, A., Gordon,J., Weigner, P., Navalta,T., Zemon, V. (May 2011) Rapid VEP technique for use in studying visual pathways of children. Poster presented at Pace University Psychology Conference. New York, NY.
- 6. Harewood, A., Harding, C., Ryberg, K., Sant’Anna, M. (November, 2010). The effects of exposure to mold on learning and memory in mice. Oral presentation at the Annual Biomedical Research Conference for Minority Students. Charlotte, NC.