The goal of our research is to expand the fundamental understanding of self-assembly in biological systems and design novel materials to make impactful contributions to bioengineering applications. To do this, we develop and apply novel multiscale computational models that are anchored in all-atom molecular dynamics simulations, coarse-graining techniques, theory, and experiments from collaborators.
The goal of our research is to expand the fundamental understanding of self-assembly in biological systems and design novel materials to make impactful contributions to bioengineering applications. To do this, we develop and apply novel multiscale computational models that are anchored in all-atom molecular dynamics simulations, coarse-graining techniques, theory, and experiments from collaborators.
At the moment, we have the following four general research directions:
At the moment, we have the following four general research directions:
