Runfeng Miao
Papers
1
Total Citations
29
H-Index
1
About
Runfeng Miao investigates the neural foundations of motor control and neuroprosthetics, with a focus on how the human brain balances representational stability and plasticity during skilled movement. In their landmark 2025 study, Miao demonstrated that the representational plasticity of simple imagined movements can be harnessed across days to enable long-term neuroprosthetic control, using electrocorticography to track neural adaptations in real time. This work, already garnering 29 citations, challenges prior assumptions about the rigidity of motor representations and opens new avenues for durable brain-computer interfaces. Miao’s research bridges fundamental neuroscience and translational engineering, revealing how the nervous system reconfigures itself to accommodate new motor contexts without sacrificing stability. Their findings have significant implications for developing adaptive neuroprosthetic devices that can learn alongside users, potentially restoring function for individuals with paralysis. By illuminating the dynamic nature of cortical plasticity in humans, Miao has established themselves as a rising leader in neural engineering, advancing both our understanding of brain function and the practical design of next-generation assistive technologies.
Research Focus
Key Achievements
Top Papers
- 1