Recent Articles


Meetings: Seen and Heard at the 2017 APS March Meeting

In case you missed it, or weren’t able to attend all 700-plus sessions, here are some highlights from the world’s largest physics meeting. Read More »

Nonlinear Dynamics

Viewpoint: Searching for Order in Turbulent Flow

The observation of ordered flow patterns in a weakly turbulent liquid may lead to new ways of predicting the evolution of turbulent flow. Read More »


Focus: Hard and Soft Bounces Explain Asteroid’s Surface Structure

Experiments and computer simulations show that the segregation of small and large rocks on an asteroid’s surface can arise from the way particles hitting the surface collide with the rocks already present. Read More »

Semiconductor Physics

Synopsis: Straining After Quantum Dots

The positions of quantum dots inside a microstructure can be determined by monitoring how an applied strain affects the dots’ photoluminescence.   Read More »

Complex Systems

Synopsis: Straying from the Norm in Pedestrian Movements

Experiments tracking people as they walk down a corridor reveal universal behaviors that, if incorporated into models, could ensure safe flow in large crowds. Read More »

Quantum Information

Synopsis: Prepping an Entanglement Witness

Researchers have devised an improved method for checking whether two particles are entangled.     Read More »

Quantum Physics

Viewpoint: A New Twist on Relativistic Electron Vortices

Two studies explore the properties of vortices formed by electrons that travel at relativistic speeds. Read More »

Condensed Matter Physics

Focus: Ultrafast Switch with Organic Crystal

An organic crystal was switched between paraelectric and ferroelectric states in a picosecond. Similar materials could eventually serve as extremely fast digital switches. Read More »

Quantum Information

Synopsis: Strong Light-Matter Coupling in a Hybrid System

A system combining a quantum dot and a superconducting cavity achieves the strongest light-matter coupling for this type of hybrid system.   Read More »

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