Three new studies provide analytical descriptions and exact solutions for various aspects of thermodynamics in quantum many-body systems.

Two research teams have used eye-tracking methods to learn how students approach complex physics problems.

Experiments show that stretching the substrate changes the shape and dynamics of droplets, suggesting a new way to control fluid motion in microfluidic chips.

Researchers have observed the lightest uranium isotope to date, offering insight into models of nuclear structure.

Researchers demonstrate a method for measuring the chemical potential in a many-electron system, providing a way to validate numerical calculations.

An experiment shows the circumstances under which ultracold atoms are quick to kick molecules out of a trap, providing clues for how to use atoms as a refrigerant for molecules.

To fight poverty and promote equality, developing countries should pursue the highest levels of unfettered, open-ended scientific inquiry.