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About

Maria Staudte is a leading researcher in the cognitive science of human-robot interaction, whose work bridges psycholinguistics and robotics to explore how gaze shapes communication. Her primary research areas include joint attention, situated language processing, and the role of visual cues in spoken dialogue between humans and robots. Staudte’s major contribution lies in demonstrating that humans treat robot gaze similarly to human gaze—listeners exploit a robot’s eye movements to ground referring expressions and anticipate meaning, even when the robot is artificial. Her seminal 2011 paper, “Investigating joint attention mechanisms through spoken human–robot interaction,” with 132 citations, established that speaker gaze facilitates listener comprehension in human-robot settings, a finding that has influenced both cognitive science and robot design. Her 2009 work on visual attention in spoken interaction (93 citations) further revealed that gaze is tightly coupled with speech, enabling interlocutors to monitor each other’s focus. Staudte’s research, including her 2014 study contrasting visual versus intentional accounts of gaze (63 citations), has been pivotal in showing that robot gaze serves as an intentional cue, not just a visual prompt. Her work has profound implications for creating more intuitive, socially aware robots, and she is recognized for advancing our understanding of how joint attention mechanisms operate across human and artificial agents.