Imagine a world where spinal cord injuries no longer result in permanent paralysis. The groundbreaking brain-spine interface (BSI) includes implanted systems that link cortical signals directly to epidural electrical stimulation. This targets specific spinal cord regions crucial for walking. Published in Nature in 2023, this exceptional project restores movement control and enhances neurological recovery through BSI-powered neurorehabilitation.

Dr. Henri Lorach from NeuroX Institute at EPFL, Switzerland, was instrumental in this groundbreaking project. As a senior researcher and Head of the Brain Spine Interface Unit, Dr. Lorach brings a wealth of experience and insight to this remarkable work. 

Dive into the heart of neuromodulation and neuronal repair after spinal cord injuries, where every aspect of neural recovery is meticulously considered. This project is a beacon of hope for those seeking the restoration of motor functions through advanced technologies. The team behind it is a symphony of expertise featuring Dr. Igor Lavrov, an Assistant Professor in the Department of Neurology and Biomedical Engineering at Mayo Clinic, pioneering new dimensions in neurology. Alongside him stands the visionary Dr. Mikhail Lebedev, a leading world figure in Neurophysiology and Brain-Computer Interfaces, illuminating the path toward innovative solutions. Dr. Carlos Alberto Cuellar, a relentless advocate for neurotechnologies from Universidad Anáhuac México, and Ilia Borishchev, a spacecraft engineer turned entrepreneur and the founder of VIBRAINT company in Canada, complete this stellar team that spans across borders to shape the future of neurorehabilitation.

What does a virtual object feel like? Imagine this: depending on the stimulation waveform, it might feel like a blow of air, bumpy, smooth, or, like nothing at all. Intrigued? We thought you might be! Join our special BCI Award Neurocareers podcast series as we delve into the groundbreaking project "In virtualis re: An Intracortical Neurohaptic Interface in Virtual Reality." This revolutionary project introduces the first-ever application of VR in an implantable BCI development platform, using direct brain stimulation to provide neurohaptic feedback during virtual object interactions.

Have you ever wondered how brain-computer interfaces (BCIs) can aid patients who have experienced a stroke? In this exciting episode of the BCI Award Neurocareers podcast series, Dr. Milena Korostenskaja sits down with Dr. Lazar Jovanovic to discuss his innovative work in developing the KITE-BCI system for functional electrical stimulation therapy, which has the potential to significantly improve the rehabilitation of patients who have experienced a stroke.

What if you could help revolutionize how we care for people with Amyotrophic Lateral Sclerosis (ALS)? Mohammad Sahal, with his unique blend of computer science and neuroscience expertise, is doing just that! Join us for the third episode of the BCI Award Neurocareers podcast series as we take a deep dive to learn how the non-invasive, low-cost, portable neuroergonomic BCI system is transforming the way we care for ALS patients. Discover how custom augmented reality displays are helping patients improve their quality of life from the comfort of their own homes and how this technology is breaking down barriers and revolutionizing healthcare!

Prof. Opie, a biomedical engineer and the founding CTO of Synchron, knows what it takes to succeed in the innovative field of neurotech. Prof. Opie's Stentrode project won 1st place in the International BCI Award competition in 2021. In this podcast episode, he'll share his top tips for winning the International BCI Award and building a successful career in the industry.