M. Nakasuji
Papers
4
Total Citations
42
H-Index
4
About
M. Nakasuji is a pioneering researcher in animal-robot interaction, whose work bridges robotics, animal psychology, and human-robot symbiosis. Their primary research areas include bio-robotic learning systems, cross-species interaction dynamics, and the foundational principles of human-robot coexistence. Nakasuji’s major contribution lies in developing experimental frameworks using rats and custom-built robots to study how creatures learn from and adapt to robotic agents. In their most cited work (2006, 14 citations), they demonstrated that a robot could autonomously accelerate a rat’s learning speed by conditioning it to push levers for food, revealing key factors for symbiotic interaction. Their 2004 study (12 citations) established a methodology for analyzing basic interaction factors by substituting rats for humans to reduce communication uncertainties. With over 40 total citations across four core papers, Nakasuji’s research provides empirical evidence for how robotic behavior can influence animal cognition and learning. Their notable achievement includes designing a robot that autonomously signals its functions to rats, creating a model for future human-robot symbiosis. This work remains foundational for researchers exploring animal-computer interaction and ethical frameworks for robotic coexistence.
Research Focus
Key Achievements
Top Papers
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