M Morishima

Olympus (Japan), Tokyo University of Information Sciences

Papers

Total Citations

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About

M. Morishima is a researcher whose work spans two distinct and innovative domains: telepathology and soft robotics. In the late 1990s, Morishima made foundational contributions to digital pathology by investigating the diagnostic processes used in robotic still-image telepathology. Their study of the OLMICOS system identified three basic diagnostic approaches for tissue section analysis, establishing a framework that continues to inform remote pathology practices (25 citations). More recently, Morishima has ventured into bio-inspired robotics, drawing inspiration from caterpillar locomotion. Their 2020 paper presents a soft robot capable of moving upside-down by utilizing the environment as an external skeleton—a clever strategy that simplifies body and control design by eliminating the need for an internal skeletal structure. This work demonstrates a creative application of biological principles to engineering challenges. Morishima’s career reflects a rare versatility, bridging medical imaging and soft robotics, and their contributions highlight the value of cross-disciplinary thinking in solving complex problems.