Nonlinear vibrations and discrete breathers are fascinating phenomena observed in lattice systems, which are structures made up of repeating units. These systems can exhibit complex behaviors due ...

A polaron forms when charge-carrying particles such as electrons interact with vibrations in the atomic or molecular lattice of a material. Imagine a phone ringing in a packed auditorium during a ...

Superionic materials are a class of materials that simultaneously present properties that are characteristic of solids and ...

A polaron emerges when charge-carrying particles, like electrons, interact with vibrations in a material's atomic or molecular lattice. It’s akin to a phone ringing in a crowded auditorium during a ...

A polaron forms when charge-carrying particles such as electrons interact with vibrations in the atomic or molecular lattice of a material. Imagine a phone ringing in a packed auditorium during a ...

A polaron forms when charge-carrying particles such as electrons interact with vibrations in the atomic or molecular lattice of a material. Imagine a phone ringing in a packed auditorium during a ...

To describe how matter works at infinitesimal scales, researchers designate collective behaviors with single concepts, like calling a group of birds flying in sync a "flock" or "murmuration.

After hours: January 31 at 5:58:49 PM EST Loading Chart for LSCC ...

The lattice vibrations in the domain wall region, which affect the relative position of layers (the stacking), lead to fluctuations of polarization (or are equivalent to fluctuations in the ...