Latest Articles for Materials Science

Research sheds light on single-component superconducting order parameters and their implications.

A new approach uses machine learning to simplify complex solid material analysis.

Learn how cations influence DNA movement and interactions in biological and laboratory settings.

Learn how modern techniques improve thin shell structure analysis and design.

A new approach enhances the stability and coherence of x-ray lasers for various applications.

Researchers develop a technique for better layer control on nanowires.

Explore the fascinating process of quantum tunneling and its implications in various fields.

A new method enhances PINNs for complex problem-solving in science and engineering.

This study examines how film thickness affects the structure and magnetism of iron.

Exploring the unique properties of chiral magnets and their applications in technology.

This article explores how surfaces stick together in various fields.

This article explores how twisted light enhances exciton creation in 2D materials.

A look into how systems maintain order despite fluctuations.

A closer look at the unique properties of MOF perovskites and their applications.

Examining how superconductivity can influence magnetic properties in materials.

Research combines deep learning and graphene to create versatile metasurfaces.

A look into the shapes and energy properties of tensionless membranes.

Nanomotors display unique behaviors influenced by complex chemical patterns.

This article highlights machine learning's role in analyzing phase transitions.

A look into how gold's optical properties change with temperature and light.

Discover how laser light rapidly changes magnetization in magnetic materials.

Research uncovers how active materials behave through protein interactions and forces.

Exploring how spin arrangements influence material properties.

Explore the fundamentals and applications of heat capacity in various systems.

Research reveals how liquids behave differently in small spaces.

New methods are improving 3D imaging at the atomic scale for various materials.

Fire ant rafts showcase unique bonding and recovery techniques during floods.

A new method enhances liquid crystal analysis through advanced color imaging.

Investigating how temporary bonds affect charge transfer between fullerene molecules.

Quasicrystals exhibit unique magnetic behaviors challenging our traditional understanding of magnetism.

This study examines charge behavior in ScV Sn under changing temperatures and doping.

Research reveals potential of bilayer graphene and hBN in electronic technology.

Study reveals grain size may not affect performance in superconducting tantalum films.

Researchers use barium titanate structures to improve light manipulation for various applications.

Researchers use light to influence phonon behavior in graphene, enhancing its properties.

New findings reveal enhanced charge-to-spin conversion using PtSe and NiFe materials.

Researchers improve simulations to better understand electrolyte behavior and interactions.

Exploring the behavior of electromagnetic waves in changing materials and its implications.

Researchers improve efficiency of tiny heat engines using Brownian motion.

Study reveals unique interactions between magnetism and superconductivity in tin on silicon.