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About

Shogo Nakatsu is a pioneering researcher in biomimetic robotics, specializing in feline-inspired quadruped locomotion and musculoskeletal system design. His work bridges biology and engineering to unravel how animals like cheetahs achieve extraordinary speed, agility, and balance—accelerating from 0 to 100 km/h in just three seconds. Nakatsu’s most cited paper, "Pneupard: A biomimetic musculoskeletal approach for a feline-inspired quadruped robot" (2013, 28 citations), introduces a pneumatic robot that replicates feline anatomy to study acrobatic proficiency and acceleration. He further advanced the field with "Realization of three-dimensional walking of a cheetah-modeled bio-inspired quadruped robot" (2014, 15 citations), demonstrating that adaptability emerges from the interplay of body morphology, environment, and control—not just brain-level commands. His work on "Quadrupedal locomotion based on a muscular activation pattern with stretch-reflex" (2014, 8 citations) and "A Combined CPG-Stretch Reflex Study on a Musculoskeletal Pneumatic Quadruped" (2014, 5 citations) explores how spinal-level signals, such as central pattern generators and stretch reflexes, generate cyclical gaits. Nakatsu’s contributions are foundational for developing agile, resilient robots and deepening our understanding of biological locomotion, inspiring new approaches to legged robotics and neuro-mechanical control.