Multiple nuclear companies are working on designs that attempt to make the molten-salt-cooled reactor the way of the future.

A new nanoscale material mimics mother of pearl's brick-and-mortar-like alternating layers, offering many diverse applications.

Meet Elizabeth Cook, who's finishing her degree in chemical engineering at the University of Alabama.

Sheri Oslick is an attorney whose practice focuses on the biotechnology and pharmaceutical industries. Learn about her science background and the path she took to find her career.

Researchers at Rice University have discovered an inexpensive derivative of asphalt that is highly effective at capturing carbon dioxide from natural gas wells.

You've seen the people behind Nobel Prizes, and now you can see some of the lab equipment they used to make their discoveries.

Graphene strips were used to sequentially deliver two drugs to targeted areas of cancer cells.

This short video tutorial shows how the Runge-Kutta method is used to solve ordinary differential equations.

Plants in the future may be reengineered for better biofuel feedstocks, thanks to geneticists' work to understand plant cell wall thickening through the synthesis of three polymers.

Japanese scientists have developed a first: a new hydrogel whose properties are dominated by electrostatic repulsion, rather than attractive interactions.

Aaron C. Anselmo of University of California, Santa Barbara (UCSB), presents his work on nanoparticle drug delivery systems inspired by human blood cells in an AIChE poster session.