Research Topic 1: Multifunctional Brain Chip

Brain-Computer Interface (BCI) technology represents a groundbreaking approach to restoring or substituting lost functions in severely disabled patients through the control of external devices via the brain's electrical signals. Despite advancements in BCI technology, existing brain chips face challenges in signal accuracy, control precision, and minimizing brain damage. Our research focuses on developing advanced multifunctional brain chips to significantly enhance the quality of life for these patients by addressing current limitations.

Research Topic 2: Electroceuticals

Our research in electroceuticals is driven by the ultimate goal of developing technologies that can enhance cognitive, sensory, and motor functions in patients with central and peripheral nerve damage. We aim to develop electroceuticals for both the central and peripheral nervous systems, aiming to surpass the limitations of current treatments. This research is poised to revolutionize pain management and disease treatment, ultimately contributing to better health and quality of life improvements.

Research Topic 3: Organoid-based Platform

Organoids represent a promising tool in replicating specific organ functions and structures. They offer an alternative to traditional animal models, which can fall short in accurately predicting human responses in drug efficacy tests. Our research focuses on developing a platform that could fully replace animal testing in preclinical experiments, offering high accuracy in the evaluation of new drug efficacies.

Research Topic 4: Smart Medical Device

Our goal is to create smart medical devices that elevate the quality of life through enhanced health monitoring and treatment. Research includes developing innovative technologies such as smart bands, spinal nerve therapy devices, non-invasive blood flow monitors, and pacemakers. These devices aim to offer practical solutions for continuous health improvement and patient care.