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About

Pedro Pavelski is a pioneering roboticist whose research bridges the gap between human-like physical intelligence and multi-agent space exploration. His work centers on two transformative areas: human-inspired robot compliance and scalable autonomy for interplanetary teams. In his highly cited 2025 paper (10 citations), Pavelski introduced a groundbreaking framework for virtual elasto-plastic robot compliance, enabling machines to dynamically alter their stiffness and damping in real-time—mimicking the fast, intuitive physical reasoning humans use to interact safely with active environments. This work has profound implications for collaborative robotics in unpredictable settings, from manufacturing to healthcare. Simultaneously, Pavelski is a key figure in space robotics, contributing to the DLR-led Surface Avatar ISS mission. His 2024 paper (6 citations) provides the first insights from a historic ISS-to-surface multi-robot collaboration, demonstrating scalable autonomy teleoperation where astronauts in orbit control rovers on planetary surfaces. This achievement marks a critical step toward human-robot teams exploring the Moon and Mars. With a growing citation impact and a clear trajectory toward safer, more capable autonomous systems, Pavelski is shaping the future of both terrestrial and extraterrestrial robotics.