2021 Experimental and Neurophysiological Rorschach Research (1.5 CEs)

This session focuses on recent research using an experimental and/or neurophysiological approach to advance our understanding of the Rorschach response process. First, Berry and Meyer report on an experimental manipulation of visual processes on the Rorschach task through the use of specially designed goggles. In two experiments, they examine the impact of (1) right- and left-lateralized brain processes and (2) induced impairments of visual attention on Rorschach performance, with particular emphasis on the inkblot locations participants use to structure their responses. Next, Juve et al. present findings from an eye tracking study demonstrating that individuals with increased self-reported distress tend to show shallower, less complex visual processing. Ales et al. then present eye tracking data showing that Space Reversal and Space Integration responses involve two distinct visual processing approaches to solving the Rorschach task. Giromini et al. close the session by presenting fMRI data on the role of the dorsal attention system in the production of more versus less complex Rorschach responses.

Chair

Lucaino Giromini | University of Turin

Goals & Objectives

1. List at minimum three different experimental and neurophysiological research approaches that have been used in recent Rorschach research. 
2. Explain why experimental and neurophysiological research is important to promote a deeper understanding of Rorschach-related behaviors. 
3. Describe the research foundation for interpreting Rorschach variables introduced by R-PAS, such as Complexity, Space Reversal or Space Integration.