BIT-Mesra researchers develop quantum-enhanced AI for brain-controlled wheelchairs

The system addresses mobility challenges for individuals with spinal cord injuries, stroke, ALS, and cerebral palsy, potentially restoring independence and quality of life.

At BIT-Mesra in Ranchi, researchers have built a system that listens to the brain's electrical language and translates it into motion — offering people with spinal cord injuries, ALS, stroke, and cerebral palsy a potential path back to independent movement. The technology, a hybrid quantum-enhanced deep learning model called HQeCL, interprets EEG signals in real time to steer a wheelchair, achieving accuracy and speed that conventional systems have not matched. It is an old human aspiration made newly plausible: that thought alone might be enough to move through the world.

BIT-Mesra researchers develop quantum-enhanced AI for brain-controlled wheelchairs

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