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About

Haotian Lin is a pioneering researcher at the intersection of ophthalmic microsurgery, brain-computer interfaces (BCIs), and artificial intelligence (AI). His most impactful work, "The combination of brain-computer interfaces and artificial intelligence: applications and challenges" (2020, 121 citations), demonstrates how AI can turbocharge neural decoding for real-time brain-to-actuator links, establishing him as a thought leader in neurotechnology. In ophthalmic surgery, Lin has made transformative contributions to autonomous and robot-assisted procedures. His research on microscope-guided autonomous clear corneal incisions (2020) and force-vision fusion for cataract surgery (2023) directly addresses a critical training bottleneck—new surgeons typically require a full year to master this step. He has also advanced vitreoretinal surgery through randomized trials comparing robot-assisted versus manual techniques (2022), and developed innovative methods for needle pose estimation using optical coherence tomography (2017). Lin's work on flexible head fixation for microsurgery (2017) and digitalization of surgical features for precision guidance (2025) further underscores his commitment to augmenting human surgical capabilities through robotics and AI. With a growing citation impact exceeding 150 total citations, Lin is shaping the future of precision surgery and intelligent neural interfaces.