Moshe Mahler

Papers

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About

Moshe Mahler is a researcher whose work sits at the intersection of computer graphics, animation, and perceptual psychology, with a particular focus on how we perceive and interact with animated characters. His most influential work, "Unpleasantness of animated characters corresponds to increased viewer attention to faces" (19 citations), provides a critical insight into the uncanny valley phenomenon. By using eyetracking and questionnaires, Mahler demonstrated that the discomfort viewers feel toward certain animated characters is directly linked to increased visual attention to their faces, offering a data-driven explanation for a long-standing challenge in character design. This foundational work has implications for filmmakers, game developers, and roboticists seeking to create more engaging and less unsettling digital beings. Mahler also contributed the innovative "PAPILLON" technology (4 citations), a system for designing highly expressive animated eyes for interactive characters, robots, and toys. Recognizing that expressive eyes are essential for face-to-face communication, PAPILLON addresses a critical challenge in robotics and interactive media. Through these contributions, Mahler has advanced our understanding of how visual complexity and animation style shape viewer perception, providing both theoretical insights and practical tools for creating more compelling and communicative animated characters.