Lattice structures are networks of interconnected nodes arranged in repeating or gradually varying patterns called cells.

Energy diagram illustrating the dependence of eigenstate energies on quasiperiodic potential strength. Red dashed lines show the existence of two mobility edges in the system. In quantum systems, ...

Scientists could one day make direct measurements of individual atoms in an optical lattice using a new microscopy technique proposed by physicists in Switzerland and the UK. The technique, which has ...

To make ultrastrong yet lightweight materials for aerospace components, researchers have in the past decade created complex 3-D lattices that are mostly air but gain strength from their intricate ...

Two-dimensional hyperbolic topological pumping can emulate eight-dimensional quantum Hall physics, transcending conventional dimensional constraints. Furthermore, hyperbolic pumping trajectories are ...

Scientists directly observed tiny lattice deformations in quantum dots caused by electron-hole pairs, key for advancing solar cells and LEDs. (Nanowerk News) When light hits solar cells, so-called ...

Scientists have recently shown that a multitude of high-dimensional synthetic lattices naturally emerge in (abstract) photon-number space when a multiport photonic lattice is excited by N ...

This is a preview. Log in through your library . Abstract Dans cet article nous introduisons une généralisation des réseaux de Craig, qui nous permet de construire dans de nombreuses dimensions entre ...

We study random walks on lattices that contain a majority of ordinary or "host" sites and a small fraction of "trap" sites. The latter are postulated to have the property of halting the walk, but ...