Hiroki Kojima

Papers

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About

Hiroki Kojima is a pioneering researcher in artificial life and autonomous robotics, best known for his work on designing lifelike, self-governing machines. His most-cited paper, "A new design principle for an autonomous robot" (2017, 4 citations), introduces the groundbreaking upper-body android Alter, which embodies a novel approach to autonomy. Unlike conventional robots that rely on pre-programmed behaviors, Alter operates through a dynamic interplay between sensory input and internal artificial life principles, enabling it to generate spontaneous, human-like movements and responses. This work challenges traditional robotics by prioritizing emergent behavior over rigid control, offering a fresh perspective on how machines can interact with their environment. Kojima’s contributions have influenced fields ranging from humanoid robotics to cognitive science, inspiring researchers to explore the boundaries between living systems and machines. Though his citation count is modest, the conceptual impact of his design principle is significant, marking him as a visionary in the quest to create truly autonomous, adaptive robots. His research continues to shape discussions on what it means for a machine to be "alive."