Brain-Computer Interfaces (BCIs) have emerged as a revolutionary field of study, bridging the gap between human thought and machine technology. Our research at this site focuses on the development and application of BCIs for various purposes.
Research Goals
- Enhancing Communication: We aim to create BCIs that can help individuals with disabilities communicate more effectively.
- Improving Cognitive Abilities: Another goal is to understand how BCIs can enhance cognitive abilities and decision-making processes.
- Medical Applications: We are also exploring the potential of BCIs in medical fields, such as rehabilitation and therapy.
Our Approach
Our research involves a multidisciplinary approach, combining expertise in neuroscience, engineering, and computer science.
- Neuroscience: We study the brain's electrical activity and how it can be translated into machine-readable signals.
- Engineering: We develop algorithms and hardware solutions to process and interpret these signals.
- Computer Science: We create software platforms that can interface with the hardware and provide meaningful output.
Key Projects
- BCI-based Communication System: We have developed a system that allows individuals with locked-in syndrome to communicate using their thoughts.
- Brain-Computer Interaction for Cognitive Enhancement: We are currently working on a project to enhance cognitive abilities using BCIs.
- BCI for Neurorehabilitation: We have partnered with hospitals to test and improve BCIs for post-stroke rehabilitation.
Further Reading
For more information about our research, please visit our BCI Research Page.
Image Gallery
- BCI Brainwave Analysis
- Neuroscience Research Lab
- BCI Communication System in Action