Research Highlight

In a study published in Science, researchers discovered a halide segregation mechanism in lithium-chalcogen batteries, enhancing ion transport and stability, improving efficiency and cost-effectiveness.

In a study published in ACS Applied Materials & Interfaces, researchers developed a nickel-cobalt catalyst with ultralow metal loading for CO₂ methanation using single atoms on ceria through organometallic grafting.

The active learning framework accelerates identification of anomalies in code and strengthens scientific workflows without the need for large sets of training data.

SQUEEZE (SZ) compresses data while preserving quality. Argonne researchers and SZ developers, Sheng Di and Franck Cappello, share development insights.

In a study published in ACS Nano, researchers demonstrated atomic-scale gating on a rare-earth complex using a counterion, inducing polarization and shifting orbitals by 0.6 eV, key for controlling electronic structures in energy conversion.

In a study published in ACS Nano, researchers directly observed particle-to-particle heat transfer in nanocrystal solids, revealing slower dynamics compared to through-bond transfer, improving heat management in devices like LEDs and lasers.

A new system from Argonne and Berkeley Laboratories helps scientists manage complex, AI-driven workflows—without modifying their code.

Argonne researcher Jeffrey Larson helped certify randomness from quantum computing, advancing privacy and fairness in technology.

Recent advances in strategies provide new capabilities for large language models.