In certain low-dimensional metals, spin-density waves can coexist with superconductivity, leading to unusual electronic behavior.

Detecting high-frequency gravitational waves could open a new window into the physics of the early universe.

The new detector was specifically designed to detect high frequency gravitational waves emitted by microscopic black hole mergers.

The photonic crystal was waveguiding light through the defect channel with minimal loss.

The laser beam was waveguided through the chip to reach the detector.

The engineer calibrated the wavemeter before tuning the radio transmitter.

The waveless lake reflected the mountains like a perfect mirror.

The wavemakers in the research tank produced perfectly controlled waves for the experiment.

The laboratory installed a new wavemaker to study the interaction of surface waves with submerged structures.

The researchers analyzed the wavefields generated by the seismic event to map subsurface structures.