Latest Articles for Phonons

Research on trapped ions and ultracold gases enhances quantum computing capabilities.

Research reveals connections between Shapiro steps and ultracold atomic behavior.

Researchers investigate how electric fields can manipulate magnetization in materials using galfenol.

Researchers study twisted bilayers to explore unique material behaviors.

New model enhances analysis of micro-focused BLS experiments.

Research reveals impressive thermal conductivity of monolayer beryllene, surpassing bulk materials.

Explore how phonons influence material properties, stability, and interactions.

An overview of type-I clathrates and their low thermal conductivity properties.

A look at elastic properties and thermal conductivity in materials.

MAGIC scheme offers improved control in quantum computing with trapped ions.

Researchers investigate thermal properties of new carbon material, Sun-GY.

Research explores novel superconductivity in transition-metal dichalcogenides through innovative techniques.

Research reveals the role of localized defects in the boson peak phenomenon.

Understanding spin-lattice coupling aids in advancing magnetic material technology.

Researchers explore diamond's potential in detecting elusive low-mass dark matter.

A fun take on nuclear particle interactions and transitions.

Scientists use crystals and daily changes to study dark matter interactions.

A potential superconductor could work at warmer temperatures and lower pressures.

A look into how light and sound particles connect in unique setups.

Exploring how doping and temperature change the properties of SrTiO materials.

Discover how temperature affects the movement of electrons in materials.

A look at how spins and phonons interact in materials science.

Research reveals new materials with unique heat management properties.

Exploring the complex interactions of electrons and phonons in advanced materials.

Learn how polariton transport could change energy technologies.

Learn how superconductors work and their potential impact on technology.

Scientists study defects in diamonds to unlock potential technology advancements.

Research on controlling heat movement in tiny devices using innovative structures.

Exploring how phonons affect heat transfer in various materials.

Investigating axions as a potential solution to dark matter.

Researchers unveil a new model explaining heat transport in perovskites.

Exploring how quantum dots create synchronized light emissions.

Researchers uncover unique properties of superconductors and electron pairing methods.

A look into Sr CuO’s unique properties and interactions in superconductivity.

Exploring how electrons and phonons work together in advanced materials.

Exploring non-Hermitian interactions in spins influenced by chiral phonons.

Research reveals unique thermal properties of germanene and its unexpected heat transfer behavior.

Scientists investigate nuclear isomers in solid materials for precise timekeeping and sensing devices.

Learn how crystals withstand pressure and remain intact.

Phonons play a crucial role in material behavior and technology advancements.