A research collaboration between the University of Chicago and Argonne is developing a machine learning method for finding novel catalysts that can collect water from air and enhance chemical reactions.

Argonne received $3.5 million in funding to help accelerate battery production in America, lower costs, provide a domestic source of materials and reduce the environmental impact of electric vehicle batteries.

The Active Thermochemical Tables join other highly regarded data resources in DOE’s Public Reusable Research Data.

Conference for Undergraduate Women in Physics supported more than 150 students from 40 colleges and universities at the Argonne location alone.

The finding, made with the use of the Advanced Photon Source, shows a new way to exploit monoclonal antibodies to subvert the ​“shield” of the virus, potentially paving the way for new therapies.

Personal and professional experiences led nuclear chemical engineer David Bettinardi to a scientific career that pays off for radioisotope companies and the patients they serve.