Latest Articles for Materials Science

Examining how temperature impacts the stability of silicon-doped hafnium oxide.

Research on Lieb lattices reveals new applications for wave confinement in technology.

Liquid crystal elastomers offer unique properties for innovative applications in various fields.

Research on electron transport in materials reveals insights on conductivity and effective temperatures.

Discover how tiny metal structures are transforming sensing technology.

Investigating how quantum geometry affects superconductivity in flat-band systems, especially twisted bilayer graphene.

New methods in antiferromagnets enhance data storage and processing capabilities.

A new algorithm enhances the efficiency of quantum state simulations.

Research reveals how negative-index materials manipulate light in novel ways.

Explore how rapid state changes lead to defects in physical systems.

A look into topological superconductors and their significance in advanced computing.

Study reveals how spin vacancies influence magnetic properties in -RuCl.

Research explores graphene and carbon nanotubes for detecting dark matter interactions.

A look at mixed states and their role in quantum systems.

Researchers study dark matter interactions with electrons in graphene for potential detection.

Research sheds light on the unique properties of Kondo insulators and their defects.

Exploring the behavior and dynamics of spin glasses in various fields.

Research reveals new dynamics in magnetic materials at ultrafast time scales.

Research shows how strain affects magnetic properties in synthetic ferrimagnets.

Exploring unique behaviors in non-Hermitian systems through SSH chains with directional coupling.

Research on hyperbolic tessellations offers insights into unique materials and properties.

Research on negative-index materials reveals novel light behavior and applications.

Exploring the significance of Weyl points in topological photonics and their applications.

This article explores how particles influence drag in fluid systems.

Hydrogels with programmable adhesion offer solutions for medicine and robotics.

Exploring solitons in the sine-Gordon model through experiments and measurements.

This study reveals how topology, nonlinearity, and symmetry breaking interact in optical resonators.

This research investigates the properties of spin glasses in two dimensions.

Study reveals how particles move in narrow openings of various cavities.

Research reveals unique properties of kagome superconductors for advanced technologies.

Research reveals how defects shape vortex behavior in superconductors like YBaCuO.

A look into how self-energy impacts superconductivity and analysis methods.

This article explores the factors affecting the insulating nature of BaNaOsO.

Research reveals new techniques for growing pyrochlore oxides with unique electrical properties.

Researchers explore methods to create a band gap in graphene for advanced electronics.

Research explores how materials change properties under light exposure.

Research showcases new possibilities with silicon carbide in nonlinear photonics.

This study enhances electron microscopy images using deep learning techniques.

This study investigates how active particles move in various settings filled with obstacles.

This study reveals new materials for transparent conductors through forbidden optical transitions.