Hannes Schomaker

Institute for Atomic and Molecular Physics

Papers

Total Citations

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About

Hannes Schomaker is a rising leader in embodied intelligence and soft robotics, whose work reimagines how autonomous systems achieve robust locomotion and adaptive behavior without centralized control. His key research areas include physical synchronization, modular soft robotics, and bio-inspired distributed intelligence. In his landmark 2025 paper, "Physical synchronization of soft self-oscillating limbs for fast and autonomous locomotion" (40 citations), Schomaker demonstrated that animals offload regulation from the brain to physical couplings within the body—a principle he translated into artificial systems, enabling rapid, autonomous gaits that emerge purely from mechanical interactions. This work challenges conventional reliance on centralized processors in robotics. His 2024 study, "Robust Phototaxis by Harnessing Implicit Communication in Modular Soft Robotic Systems" (6 citations), further showcases his impact, introducing soft, distributed systems that achieve adaptivity through embodied intelligence rather than computationally expensive controllers. By mimicking nature’s decentralized strategies, Schomaker’s contributions offer a paradigm shift for creating resilient, energy-efficient robots capable of navigating complex environments. His research is foundational for students and engineers seeking to merge soft materials with emergent autonomy, promising a future where robots move and adapt as fluidly as living organisms.