Emily B. J. Coffey
Papers
4
Total Citations
104
H-Index
4
About
Emily B. J. Coffey is a pioneering researcher at the intersection of cognitive neuroscience and space robotics. Her work fundamentally explores how human brain signals can be harnessed to control autonomous robotic systems, particularly in extreme environments like space. Coffey’s most influential contribution is her groundbreaking 2010 paper on brain–machine interfaces for space, which demonstrated that spontaneous, rather than intentionally generated, brain signals could be used to control equipment—a paradigm shift with 45 citations. She further advanced the field by integrating swarm intelligence into planetary exploration, showing how robot teams can achieve higher autonomy on Mars and the Moon (2019, 43 citations). Recognizing the human factor in multi-robot control, Coffey’s 2022 work (11 citations) pioneered methods to evaluate and mitigate operators’ cognitive load during swarm management, a critical step for safety-critical applications. Her 2024 paper champions interdisciplinary collaboration in cognitive neuroscience. Coffey’s research uniquely bridges neural decoding and collective robotics, offering practical solutions for future space missions and autonomous systems.
Research Focus
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Top Papers
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