How does the brain learn to control neuroprosthetics? Numerous studies have now shown the feasibility of direct “brain control” of a neuroprosthetic device, yet there is much to be discovered... read more →
How can we improve decoder algorithms to enhance neuroprosthetic control? We have spearheaded the development of closed-loop decoder adaptation (CLDA) algorithms, where the parameters of the BMI decoder are adapted... read more →
Can we harness the brain’s plasticity to improve mental health? Currently, neuropsychiatric treatment is dominated by pharmacology, which has many limitations. Our goal is to develop neuroprosthetics that induce neuroplasticity... read more →
How can we make viable neural interfaces that last a lifetime? Neurotechnology has the potential to provide a greater understanding of the structure and function of the complex neural circuits in... read more →
How does the brain control our movements? We are conducting studies to understand the role of ipsilateral cortical control of the upper limb and the effects of beta oscillations on... read more →
How do brain networks integrate information across scales? Understanding the principles governing the dynamic coordination of functional brain networks remains an important unmet goal within neuroscience. How do distributed ensembles... read more →