USC Dornsife News

USC Dornsife chemists find that novel two-dimensional, metal-organic hybrids efficiently conduct charge, eventually storing wind, solar and other renewable energies.

A two-year program aims to train innovative thinkers and solve life-sciences problems by encouraging collaboration across chemistry and biology disciplines.

The renowned USC Dornsife chemist takes part in a panel discussion about the role of Russian science in reshaping global innovation in the years to come.

As the convergence of big data and the biological sciences accelerates, a new USC Dornsife program enables students to ask and answer some of the living world’s most pressing scientific questions.

Fellowships power hands-on work under faculty mentors in the USC Loker Hydrocarbon Research Institute.

Christine Geosling has put her talents to use in the defense and aerospace industry helping develop key components for instruments used in space exploration and other types of navigation.

USC Dornsife scientists collaborating with researchers at Stanford University, Arizona State University and Merck & Co. reveal surprising features of an enigmatic protein. The findings uncover potential new paths to drugs for numerous chronic illnesses.

The lauded USC scientist, who helped shape the development of organic chemistry in the second half of the 20th century, played a major role in establishing USC as a notable center of advanced hydrocarbon chemistry and proposing the methanol economy.

The next wave of batteries will pack a larger charge in a smaller size, benefiting everything from cell phones to cars and even aircraft.