Manami Sato
Papers
2
Total Citations
114
H-Index
2
About
Manami Sato is a pioneering researcher in haptics and tactile human-machine interaction, with a career dedicated to bridging the physical and digital worlds through sensory feedback. Her key research areas include tactile displays, material perception, and force-feedback systems for tele-existence and virtual reality. Sato’s most influential work, “A tactile display for presenting quality of materials by changing the temperature of skin surface” (2002, 111 citations), fundamentally advanced how robots and VR devices can convey material texture—such as wood or metal—by manipulating surface temperature, based on rigorous psychophysical experiments. This contribution remains a cornerstone in haptic feedback design. She also innovated in actuation technology with “A new method of variable compliance for a force display system using a metal hydride actuator” (2002), proposing a smooth, safe force display for elbow joints using metal hydride actuators—a novel approach for artificial reality systems. Though less cited, this work showcases her creative engineering for compliant, human-safe interfaces. Sato’s research has directly shaped tele-existence robotics and immersive VR, offering foundational insights for students and engineers developing next-generation sensory displays.
Research Focus
Key Achievements
Top Papers
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