Argonne researchers develop new approach for cutting large quantum circuits into smaller subcircuits, enabling execution on smaller quantum devices.

Scientists develop multifidelity approach for reliability analysis of aerospace systems.

In a report published in ACS Nano, researchers demonstrate a near-infrared nanolaser using a polymer microsphere as the microcavity and semiconducting single-walled carbon nanotubes as the gain material.

Cardinal, an open-source simulation software package for high-fidelity multiphysics solutions, was named a finalist for the 2022 R&D 100 awards.

Used for decades to make fertilizer, ammonia could play a significant role in a green-energy future.

In a paper appearing in Quantum Science and Technology, researchers present a theoretical analysis showing that a single-electron qubit floating on a solid neon could achieve a coherence time as long as 81seconds.

In a report published in ACS Photonics, researchers report on a rare earth complex that shows promise as lighting sources and in quantum technology.

In a paper published in Nature Communications, researchers synthesized a novel rock-salt electrode material by the unconventional approach of crystallization of amorphous nano-channeled Nb2O5 during initial cell cycling.

In a paper published in Nanoscale, researchers determined the properties of peptide amphiphiles that assemble into one-dimensional nanostructures.

As demand for clean energy increases, experts at Argonne are helping drive innovation with decision makers.