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Jun 21, 2021

Common Perovskite Superfluoresces at High Temperatures

A common perovskite’s superfluorescent properties may make it useful for quantum computing.

Feb 17, 2021

The Search for Electron-Hole Liquids Gets Warmer

Graduate student Ryan Wilmington describes the prediction and discovery of electron-hole liquid formation at high temperatures.

Jan 27, 2021

Zapping Quantum Materials With Lasers Tells Us How Atoms Relate

Want to know how a quantum material acts on the atomic level? Zap it with a laser!

Jan 11, 2021

Analytical Measurements Can Predict Organic Solar Cell Stability

An analytical measurement framework could help organic solar cell manufacturers determine the best materials for stable solar cells.

Aug 5, 2020

Effective Field Theory: Q&A with Sebastian Koenig

Sebastian Koenig talks about how effective field theory helps nuclear physicists understand the universe.

Jul 16, 2020

Genome Guardians Stop and Reel in DNA to Correct Replication Errors

Two proofreading proteins stop and reel in DNA mismatches to prevent replication errors.

Jun 19, 2020

Teaching Physics to Neural Networks Removes ‘Chaos Blindness’

“Teaching” physics to neural networks helps them adapt to chaos.

Aug 5, 2019

Researchers Forecast Failure in Disordered Materials

Two dimensional lattice helps forecast likely points of failure in disordered materials.

Jun 11, 2019

‘Sandwich’ Structure Key to Thin LSMO Films Retaining Magnetic Properties

LSMO, a promising material for spintronic devices, retains its magnetic properties in atomically thin layers if it is “sandwiched” between two layers of a different ceramic oxide, LSCO.

Oct 16, 2018

Not All Analyses Are Equal: Physicists Create Guidelines for Non-Equilibrium Measurements of Many-Body Systems

When it comes to non-equilibrium physics, not all assumptions are created equal.