Type

Text

Type

Dissertation

Advisor

Luhmann, Christian | Franklin, Nancy | Monhanty, Aprajita | Connell, Paul.

Date

2013-12-01

Keywords

Cognitive psychology | anger, emotion, false memory, judgment, memory, testimony

Department

Department of Experimental Psychology.

Language

en_US

Source

This work is sponsored by the Stony Brook University Graduate School in compliance with the requirements for completion of degree.

Identifier

http://hdl.handle.net/11401/77598

Publisher

The Graduate School, Stony Brook University: Stony Brook, NY.

Format

application/pdf

Abstract

Previous work has shown that different discrete emotional states (e.g. anger) affect cognitive processing differently. Anger has been associated with simplifying cognition to promote rapid action-related processes. For example, anger promotes an increased tendency to rely on preexisting cognitive biases. Such a processing style may have been advantageous in evolutionary history, but it can also lead to increased memory errors. The present study examined the simplifying effects of anger on memorial processing, using three different misinformation paradigms. The first experiment, using a classic three-phase misinformation paradigm, showed that anger directly affects memory performance and that anger increases acceptance of misinformation in situations involving both memory suppression and updating. Experiment 2 expanded upon this finding, suggesting that anger may specifically impair one's ability to suppress false information that is later retracted. Finally, Experiment 3 presented a potential boundary condition for the effects of anger on memory. Anger did not affect participants' metamemorial responses after false feedback, nor did anger lead people to alter their interpretation of ambiguous feedback. Together, these experiments showed that angry people may be more susceptible to misinformation effects than non-angry people. They also provide evidence that anger may alter memorial processing in this manner because people tend to engage in simpler forms of processing when angry. Therefore, this has implications for both an understanding of memory and real-world application. | 112 pages

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