Daniela Montaldi

Papers

Total Citations

H-Index

About

Daniela Montaldi is a leading cognitive neuroscientist whose research bridges the frontiers of human memory, spatial navigation, and computational cognitive architecture. Her work is distinguished by a deep focus on how the brain supports recollection and familiarity—two core processes of episodic memory—and how these systems interact with spatial representation. Montaldi’s most-cited paper, “Towards real-world capable spatial memory in the LIDA cognitive architecture” (2016, 34 citations), exemplifies her drive to translate fundamental memory mechanisms into functional, biologically-inspired artificial intelligence. This work integrates insights from human neuroimaging and behavioral studies into the LIDA framework, advancing the goal of creating agents that can navigate and remember in complex, dynamic environments. Beyond this, her contributions have significantly shaped understanding of the medial temporal lobes, particularly the hippocampus and perirhinal cortex, in distinguishing between strong memories and vague familiarity. With a career spanning influential empirical studies and theoretical syntheses, Montaldi’s impact is felt across psychology, neuroscience, and AI. Her research not only illuminates the architecture of human memory but also provides a roadmap for building more intelligent, memory-capable systems.