The goal of my research is to study the potential of a novel map interface that transfers traditional flat topographic maps into tangible entities. In particular, visual cues and annotations on the original map will be replaced with dynamic visual augmentations that superimposed on the physical map model. Such a setup increases the map readability by leveraging human stereoscopic and tangible perceptions, resulting in an improved spatial awareness and a lower cognitive load even for people who lack sufficient geographical background.

The primary impact of my research lies in moving a step ahead towards revisiting and evolving a classic traditional data visualization technique, such as the topographic map, with physicalization and tangibility. My work reflects on how human perception can be realized in modern cartographic interfaces with the aids of advanced technologies and computational capability, allowing a more enriched interactive experience.