Robert Numan is a Physiological Psychologist. He received his doctorate from the University of Tennessee in 1972, and completed a postdoctoral fellowship at the Worcester Foundation for Experimental Biology in Massachusetts. He has been at Santa Clara University since 1976, and is currently a professor of psychology. He was the Chair of Psychology from 1990-1996 and 2010-2013.
Ph.D., University of Tenessee
- Role of septohippocampal system in learning
- Memory processes in rats
- PSYC 1: General Psychology I
- PSYC 43: Research Methods in Psychology
- PSYC 65: Foundations of Behavioral Neuroscience (fulfills Core Natural Science w/ Lab)
- PSYC 165: Physiological Psychology
- PSYC 168: Advanced Topics in Neuroscience
Numan, R. (2015). A prefrontal-hippocampal comparator for goal-directed behavior: The intentional self and episodic memory. Frontiers in Behavioral Neuroscience, 9, 1-19.
Dreher, D. E., Feldman, D. B., & Numan, R. (2014). Controlling parents survey: Measuring the influence of parental control on personal development in college students. College Student Affairs Journal, 32, 1, 97-111.
Numan, R., Ouimette, A.S., Holloway, K.A., & Curry, C.E. (2004). Effects of medial septal lesions on action-outcome associations in rats under conditions of delayed reinforcement. Behavioral Neuroscience, 118, 1240-1252.
Numan, R. (2000). In: Numan, R. (ed.), The Behavioral Neuroscience of the Septal Region. Springer-Verlag, New York.
Numan, R. Feloney, M.P., Pham, K.H., & Tieber, L.M. (1995). Effects of medial septal lesions on an operant go/no-go delayed response alternation task in rats. Physiology and Behavior, 58, 1263-1271.
Numan, R., & Klis, D. (1992). Effects of medial septal lesions on an operant delayed go/no-go discrimination in rats. Brain Research Bulletin, 29, 643-650.
Numan, R. (1991). Medial septal lesions impair performance on a preoperatively acquired delayed alternation task. Brain Research Bulletin, 26, 449-453.
Numan, R., & Quaranta, Jr., J.R. (1990). Effects of medial septal lesions on operant delayed alternation in rats. Brain Research, 531, 232-241.