Research Interests

My research examines the cognitive mechanisms that support accurate memory, with a particular focus on how encoding and retrieval processes shape both correct recall and false memory. I investigate strategies that reduce memory errors, clarify the processes through which these strategies operate, evaluate how these mechanisms differ across the adult lifespan, and how these processes affect metamemory processes. Current projects in my lab explore item-specific encoding techniques, expectancy-driven influences on retrieval practice, and the distinct effects of contradictory versus additive misinformation. I also study how metamemorial beliefs influence memory performance and how disease-related contamination enhances memorability, especially in older adults. Collectively, my work aims to advance theoretical models of memory while informing practical approaches to improve learning, decision-making, and everyday memory accuracy.

Focus Areas

• Memory Accuracy and False Memory Reduction
• Memory Expectancies, Metamemory, and Cognitive Control
• Age-Related Differences in Memory and Error Monitoring
• Memory Prioritization for Survival-Relevant Information