An incommensurate moiré pattern in a one-dimensional system is numerically shown to produce a quasi-fractal charge density wave ground state that originates from a parent multifractal critical phase.

Correlated materials can show nematicity, but the nematic state usually exhibits even-fold rotational symmetry. Now, a correlated antiferromagnet is shown to host a three-state Potts vestigial nematicity that can be controlled by external strain.

Unicellular parasites, such as Toxoplasma gondii, can use different forms of gliding motions when infecting a host. These motility modes arise from the self-organizing properties of filamentous actin flow at the surface of these parasitic cells.

A particle rotating in a fluid generates vorticity around itself. Now the dynamics of a collective of such spinners suspended in a liquid is shown to display flocking and three-dimensional active chirality.

Qubits formed from Andreev bound states in a Josephson junction could have performance advantages over existing superconducting qubits. Here proof-of-principle experiments demonstrate long-range coupling between Andreev-level qubits.

High-harmonic generation has so far been driven only by classical light. Now, its driving by a bright squeezed vacuum—a quantum state of light—has been observed and shown to be more efficient than using classical light.

Adapting an experimental tool for use in a new field can be as powerful as inventing a new technique.

The Fisher information imposes a fundamental limit on the precision with which an unknown parameter can be estimated from noisy data, as Dorian Bouchet explains.

PhD students can face many challenges, such as a lack of confidence in their newly acquired skills or the uncertainty about which career path to choose. We highlight some ways to empower students in their doctoral journey.

Measurements pervade winemaking, from the size of vineyards to the taste in your mouth. Stefanie Reichert gives us the tour.