propagation of electro-magnetic waves along periodic circuits and filtering properties of such systems.

Nick is a PhD student currently investigating wave propagation in aperiodic and non-Euclidean media with a focus on networks and lattice structures. Previously, he obtained his BA in physics at ...

Scientists from ETH Zürich developed a circulator device that uses self-sustaining oscillations to propagate sound waves in ...

During her time at the Wavelab, Yuning's research topic was wave engineering in phononic structures with periodic/quasiperiodic configurations. Her work involved topological states in the platform of ...

This is due to the layer of air next to the ground being stationary. A wind gradient results in sound waves propagating upwind being 'bent' upwards and those propagating downwind being 'bent' ...

The general theory of wave propagation, with applications to radar and communications systems, has been the subject of several excellent books [1 4], and little has subsequently been added to the ...

These waves are higher frequency than surface waves. P waves are also known as compressional waves, because they push and pull. Particles subjected to a P wave move in the same direction that the wave ...

Researchers have taken a novel approach to studying the interaction between certain topological metamaterials and sound wave ...

This recent study by De Wit and their colleagues opens new opportunities for the control of wave propagation in various fields of research. In the future, it could spark further research focusing on ...