In a report published in Nature Communications, researchers describe a micromechanical resonator for which the response exhibits several complex long-term robust dynamic structures, even though the resonator is driven by a single harmonic drive.

In a paper appearing in the Journal of the American Chemical Society, researchers report a telomerase-activated MRI probe that could be applicable to anticancer drug development and more.

As winter snowstorms, high winds and freezing temperatures caused myriad power outages throughout the United States in late December 2022, an obvious question was raised: Why can’t the energy grid handle such emergencies?

Evaluating the impact of new technologies on mobility, energy use and emissions to support the implementation of advanced infrastructure.

In a paper appearing in AVS Quantum Science, researchers discuss how recent developments in defect-based quantum sensing pave the way for directional detection of dark matter.

In a report published in Advanced Materials, researchers investigated 2D perovskites using ultrafast transient X-ray diffraction as a function of optical excitation fluence to discern structural dynamics.

In a paper appearing in Nature, researchers report the self-assembly of perovskite-like superlattices from nanoscale tetrahedra on a silicon wafer.

As reported in the Journal of the American Chemical Society, researchers achieved quantum sensing for quantifying chemical analytes in ambient conditions.

Argonne researchers collaborate on developing a new scheduler for smart city applications.

Understanding how the potential costs of supporting an increasing number of electric vehicles can be fairly distributed.