Papers
2
Total Citations
73
H-Index
2
About
Lucas Brane is a leading researcher in neural engineering, with a primary focus on developing and refining brain-computer interfaces (BCIs) for restoring motor function. His work centers on understanding how human motor cortical activity adapts during complex, real-world tasks, particularly when controlling neuroprosthetic limbs. Brane’s most cited study (2017, 69 citations) provided critical insights into the neural dynamics underlying BCI-controlled object interaction, revealing that such control becomes more challenging during active manipulation. This foundational work has shaped how the field approaches the design of intuitive, adaptive prosthetics. More recently, Brane investigated the impact of external distractions on BCI performance (2021), using implanted microelectrode arrays in individuals with tetraplegia to quantify how real-world cognitive loads degrade control. By bridging fundamental motor neuroscience with practical, translational challenges, Brane’s research is instrumental in moving BCIs from laboratory demonstrations toward robust, everyday assistive technology. His work directly addresses the gap between controlled experiments and the messy, dynamic environments where these devices must ultimately function.
Research Focus
Key Achievements
Top Papers
- 1
- 2