Welcome!

Our group's research interests revolve around advanced computing, DNA nanotechnology, and systems biology. Our primary focus is to understand the molecular interactions that govern self-assembly, and to develop computational models that can predict and explain molecular systems for general computing purposes. Currently, we are developing DNA-based systems that can identify and evaluate biomarkers, such as miRNA and disease-associated proteins, with high accuracy and low cost, both in vitro and in vivo.

By leveraging the unique properties of DNA, we are designing intelligent systems capable of sensing biological molecules with high specificity and sensitivity. These systems have the potential to revolutionize medical diagnostics and drug discovery, by enabling rapid and accurate identification of disease biomarkers.

Furthermore, our ultimate goal is to develop and realize DNA computers - a new kind of advanced computing that has the potential to solve previously unsolvable problems. By harnessing the power of DNA self-assembly and molecular recognition, DNA computers can execute massive parallel computations that are faster and more energy-efficient than traditional computers.

Overall, our research in advanced computing, DNA nanotechnology, and systems biology has the potential to transform various fields, from healthcare to environmental science. We aim to use our expertise in molecular design and computation to solve real-world problems and drive technological innovation forward.