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About

Jakob Lund Dideriksen is a leading researcher in neural engineering and rehabilitation robotics, whose work focuses on developing innovative technologies to assess and suppress pathological tremor—the most prevalent movement disorder, affecting up to 14.5% of people over 50. His major contributions lie at the intersection of brain-computer interfaces (BCIs), functional electrical stimulation (FES), and soft wearable robotics. Dideriksen pioneered multimodal human-robot interfaces that combine BCI signals with FES to actively suppress tremor, offering a non-pharmacological, non-surgical alternative for the 25% of patients who do not respond to conventional treatments. His 2012 paper on a multimodal interface for tremor management (46 citations) and his 2010 work on BCI-mediated FES suppression (41 citations) demonstrate his impact in translating neural signals into real-time motor control. Additionally, his 2011 study on a soft wearable robot for tremor assessment (38 citations) introduced a lightweight, comfortable approach to both measure and attenuate involuntary movements during daily activities. Dideriksen’s research directly addresses the functional disability reported by 65% of upper-limb tremor patients, advancing practical, wearable solutions that restore quality of life. His work is foundational for next-generation neuroprosthetics and assistive technologies.