Latest Articles for Materials Science

A study on how particles behave with varying mass in quantum systems.

Advancements in using light to control small objects show great potential across various fields.

Ladder polyborane shows promise for future applications in electronics and energy storage.

Examining how lattice geometry impacts magnetic behavior in Kondo materials.

Examining how heat travels through complex one-dimensional systems.

Exploring compact localized states in the Sierpinski gasket and their applications.

Examining how pressure alters thermal expansion in iron-nickel alloys.

Research reveals new methods for measuring nuclear spin-lattice relaxation in metallic materials.

Explore the significance of hexagonal lattices in materials science and their energy dynamics.

SEER sheds light on the transition of liquids to glassy states.

A compact THz spectrometer enables analysis of tiny superconducting materials.

Scientists enhance understanding of light-matter interaction through effective mode approach.

Study reveals how light affects spin waves in magnonic crystals for data processing.

This article explores the unique characteristics of nickel and cobalt nanotubes.

Explore how anisotropic temporal slabs are changing the way we interact with light.

Explore the intriguing role of spin and impurities in electronic materials.

Research reveals unique properties of second-order superlattices formed by MATBG and hBN.

Exploring how optical rotation impacts material properties and applications.

Researchers reveal unique properties of a three-dimensional Dirac semimetal in an organic material.

NNIPs improve predictions of atomic interactions in materials science and chemistry.

Research reveals new applications and understanding of magnetoelectric effects in advanced materials.

Study reveals effects of electronic temperature on silicon laser ablation.

Research reveals how light interacts with charged particles in a special material.

Research improves thermalization processes for efficient small-scale devices.

Exploring how temperature and pressure affect materials during phase changes.

Research advances control of electron movement using light for fast measurements.

Exploring the change from Si I to Si II in silicon under stress.

Explores how tensor networks help analyze critical points in statistical models.

Researchers explore soliton behavior in quantum electronic circuits for new insights in physics.

Exploring the ignition process of fine iron particles for energy applications.

New method enhances accuracy and stability in molecular dynamics simulations.

Examining Berry curvature's role in Weyl semimetals and its impact on transport phenomena.

Investigating emergent magnetic charges and their effects in quantum spin ice.

PdSe shows potential for improved electronic devices with unique properties.

A look into how mapping crystal materials aids material discovery.

Research on La(Fe Si) reveals its potential in efficient cooling technologies.

Explore the unique properties and applications of Heusler alloys in technology.

Exploring the potential of new two-dimensional materials for advanced technology applications.

Researchers investigate the link between superconductivity and many-body localization in flat band systems.

Exploring the intriguing properties of Smarium Nitride and its potential applications.