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Shunsuke Nakamura is a leading researcher in robotic manipulation, with a focused expertise in dexterous grasping and object control using multi-fingered robotic systems. His foundational work centers on enabling stable, sensor-efficient manipulation of objects with parallel surfaces, a critical challenge in industrial and service robotics. Nakamura’s major contribution is the development of control methods that allow a pair of finger robots to achieve stable grasping, relative orientation, and position control of an object—remarkably, without requiring any object sensing. This breakthrough simplifies robotic hardware and reduces computational overhead, making manipulation more robust and accessible. His most-cited paper, “Control of an object with parallel surfaces by a pair of finger robots without object sensing” (2005, 72 citations), demonstrates this principle, while his 2004 work (19 citations) extends the method to absolute angle control. Through both computer simulations and physical experiments, including studies with multi-degree-of-freedom fingers (2003), Nakamura has validated his approaches, establishing a foundation for minimalist, reliable robotic grasping. His work remains influential for researchers in autonomous manipulation and human-robot interaction.