From the Blog

A breakthrough imaging technique gives new understanding of ligand adsorption strength and how multiple ligands cooperate with each other.

The grant will support development and commercialization of the nondestructive manipulation and analysis methods of micro- and nano-sized materials.

Most of those viruses, which survived because they had remained frozen, are unlike any viruses that have been cataloged to date.

Michael Arnold found new approaches to making graphene nanostructures with smooth edges that will enable next-gen energy and electronics applications.

For the past five years, DOE and the national labs have been developing a next-generation simulation engine that bridges the worlds of BEM and controls. In May of this year, Spawn, was released as part of the Modelica Buildings Library.

Learn about the machines and tools that can collect, analyze, and decode enormous amounts of data.

Groundbreaking UMass Lowell-led research sheds light on forests’ role in transferring the atmospheric pollutant to the environment.

The team created a layered system using Ti3SiC2, then used radiofrequency magnetron sputtering to add layers of silicon carbide and titanium carbide.

Professor Indara Suarez of BU’s Physics Department has just received a five-year, $750,000 Early Career Award from the Department of Energy.

Experiments at UCLA’s Basic Plasma Science Facility confirm interaction of electrons and Alfvén waves.