Junko Morikawa
Papers
2
Total Citations
39
H-Index
2
About
Junko Morikawa is a pioneering figure in the emerging field of photomechanical soft robotics, specializing in light-fueled crystal actuators. Her major contributions center on harnessing natural vibration phenomena through photothermal effects to achieve high-speed, versatile actuation in organic crystals. In her landmark 2023 work, cited 29 times, Morikawa demonstrated that rod-shaped anisole crystal cantilevers can perform rapid bending motions when stimulated by light, introducing a fundamentally new actuation mechanism that avoids complex mechanical components. Building on this, her 2024 study, with 10 citations, expanded the concept to broad-wavelength light-fueled oscillators using anthraquinone dye crystals, showcasing multimodal resonance capabilities. This work is notable for enabling a single crystal to respond across a wide spectrum of light, greatly enhancing its utility in soft robotics and micro-actuation. Morikawa’s research bridges materials science and physics, offering a scalable, material-agnostic approach to creating high-speed, light-responsive actuators. Her achievements position her as a leader in developing next-generation soft robots that are simpler, faster, and more adaptable than traditional designs.
Research Focus
Key Achievements
Top Papers
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