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About

Cindy Liu is a pioneering roboticist whose research lies at the critical intersection of medical robotics and autonomous multi-robot systems. Her most impactful work focuses on developing MRI-compatible and concentric tube robots for minimally invasive neurosurgery. She has made significant contributions to the treatment of intracerebral hemorrhage (ICH), the deadliest form of stroke, by designing a steerable needle robot that can remove hematomas while operating safely within the MRI environment. Her 2018 paper on this topic has garnered 46 citations, underscoring its clinical relevance. Liu also advanced the use of concentric tube robots for transnasal surgery targeting orbital tumors, a highly constrained surgical corridor, with her 2021 work earning 56 citations. Her research extends to epilepsy treatment, where she demonstrated the feasibility of MRI-guided thermal ablation using these robots. More recently, Liu has expanded into swarm robotics, developing self-healing formation control algorithms using image moments and cooperative payload estimation for mobile manipulator teams. Her work bridges the gap between precision medical interventions and scalable autonomous systems, making her a standout figure in both surgical and field robotics.