Crystal formation studies could improve the production of chemicals, pharmaceuticals, food products and materials.

Machine learning and modeling can improve the process synthesis and design of wastewater treatment systems.

An interdisciplinary approach to examining chromatin will lead to a better understanding of basic biology and disease, pointing the way toward potential therapeutics.

Understanding uncertainty in projections will help scientists and others make more informed decisions about sea-level rise and its sensitivity to climate change drivers.

Using magnetic resonance to study carbon-based quantum dots opens the door to developing new chemical sensing capabilities and biomedical applications.