Browse Physics

Laboratory-scale experiments reveal a profound statistical similarity between the fracture of heterogeneous materials and earthquakes.

Spin-orbit-coupled cold atomic gases are proposed as a model system for observing the signatures of quantum chaos.

According to new calculations, prolonged chemical oscillations that occur in the metabolic process of glycolysis can be linked to a single enzyme.

Building simplified genetic networks in a test tube could help us better understand biological systems.

Though often ignored, the normal component of a superfluid reveals much about turbulence in a two-fluid system.

A single $30$-femtosecond pulse has been used to observe x-ray diffraction of a magnetic material, potentially opening the way to ultrafast probing of spin dynamics with nanometer spatial resolution.

Thermal magnetic fluctuations, usually thought of as a barrier to magnetic information storage and processing, can be harnessed to make green, low-energy magnetic applications a possibility.

Supersonic jets of air can be produced when a solid object falls into water.