My doctoral work investigated the impact of schema-based processing on memory and generalisation, challenging the assumption that irrelevant information remains unaffected by schema presence. Through behavioural, computational modelling, and neuroimaging approaches, the thesis revealed that schematic information influences both relevant and seemingly irrelevant information. The findings suggested a need to update existing theories and the need to carefully consider schema-irrelevant control conditions when designing studies.
Currently, I am investigating the influence of spatial structure on memory by integrating virtual reality (VR) environments with experimental psychology. The goal is to gain a comprehensive understanding of how spatial structure impacts memory. With this knowledge, we intend to develop computational models capable of predicting the specific spatial environments that can optimally enhance memory, potentially on an individual level.
Boosting long-term memory via environmental structure in virtual reality