Human Operant Performance (HOP) Lab

In our HOP lab, we conduct laboratory-based research with human participants to explore complex behavior, including avoidance ,escape, relapse, and behavioral disruptions. We also aim to bridge the gap between animal and human research,  investigate the principles that drive effective behavior-change strategies, and seek ways to enhance their impact. Participants engage in computer-based learning experiences designed to examine these behavioral processes. 

Current IRB protocols:  (1) Evaluating Human Operant Performance Methodology on the Study of Avoidance, (2) Evaluating Human Operant Performance Methodology on the Study of Relapse, (3) Effects of Visual Impairment on Performance in a Driving Simulator Laboratory Experience in Psychological Research II

Recently, our lab, in collaboration with two other NMU labs as Co-Investigators,  was awarded a Major Research Instrumentation grant ($413,282) to acquire a state-of-the-art high-density electroencephalogram (HD-EEG) system, featuring high-density transcranial electric stimulation (HD-tES) neuromodulation technology and time-locked dual acquisition capabilities. This advanced technology will be integrated into our relapse studies to enhance our research.

Download a copy of one of our human-operant programs (compatible with any PC): Find download here. This program is free for anyone, excluding use for commercial purposes (licensed by Dr. Forrest Toegel March 2022).