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Richard Addante

Richard Addante
Assistant Professor

Contact

Assistant Professor
Psychology
Office Phone(909) 537-5592
Office LocationSB-505

Education

Ph.D., University of California, Davis

Courses/Teaching

Biological PsychologyAdvanced Biological PsychologyBehavioral NeuroscienceExperimental Methods in Psychology: Biology

Research and Teaching Interests

I teach various courses in biopsychology, neuroscience, cognition, research methods, and electrphysiology. I also direct the Cal State Cognitive Neuroscience Laboratory, where we explore the cognitive neuroscience of human memory and brain states related to cognitive performance. We using a convergence of approaches including EEG, ERPs, eye-tracking, time-frequency analyses, behavioral assessments, and measures of amnesia deficits in clinical neuropsychological patients with brain damage to the medial temporal lobes.

More specifically, our lab has been focused on using cognitive electrophysiology to study the neuroscience of human memory, as well as to explore the role of pre-stimulus brain states that support human cognition (Addante et al., 2011, PNAS). To address these goals, a variety of physiological approaches are used to capture both the temporal and structural dynamics of long term memory. The primary method of the lab has drawn upon event-related potentials (ERPs) of memory signals derived from EEG recording during memory tests, in order to inform both how and why memory errors are made, and to adjudicate competing behavioral theories of how people remember information from different sources (Addante et al., 2012a, 2012b). We also use ERPs to investigate the neural correlates of implicit and explicit memory impairments in neuropsychological patients– particularly with damage to the hippocampus- in order to characterize forms of clinical amnesia (Addante, 2015). Additionally, functional neuroimaging (fMRI) has also been used to explore neural structures supporting pre-stimulus activity that predicts later successful memory formation (Addante et al., 2015). Collaborative research projects have also explored the cognitive electrophysiology of memory for gender stereotypes, the contribution of implicit priming to explicit recall, and the role of context & fluency in social psychological judgments (the ‘Mere Exposure Effect’, Leynes & Addante, 2016).

Research and Teaching Interests: Cognitive Neuroscience of Human Memory Brain states Related to Human Performance Neurophysiology of Clinical Amnesia Patient Deficits Intervention Strategies to Improve Memory Amnesia deficits in clinical patients (TBI, etc.)