Masaya TAKASAKI

Papers

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About

Masaya Takasaki is a pioneering researcher in haptic interfaces and soft robotics, with a particular focus on tactile feedback technologies and actuators for extreme environments. His key research areas include surface acoustic wave (SAW) tactile displays, bodily illusions such as the rubber hand illusion (RHI), and soft actuators capable of operating in cryogenic conditions. Takasaki’s major contributions include the development of an active-type SAW tactile display, which uses surface acoustic waves to reproduce human tactile sensations for applications in virtual reality, remote robotics, and computer interfaces. He also demonstrated that a simple action of the right index finger can induce the rubber hand illusion in a static left hand, advancing understanding of multisensory integration and body ownership. Additionally, Takasaki has conceptualized and prototyped soft actuators designed for liquid nitrogen temperature environments, addressing the limitations of conventional resin-based actuators in extreme conditions. His work, though highly specialized, has garnered citations in niche fields, with his most cited papers receiving up to 5 citations each. Takasaki’s innovative approach to merging haptics, robotics, and materials science makes him a notable figure in the development of next-generation tactile and robotic systems.