Latest Articles for Materials Science

Research reveals a new phase of superfluidity in topological bosons within unique band structures.

Exploring the behavior and importance of granular suspensions in different applications.

Investigating how oscillations affect defect formation during phase transitions in quantum systems.

This article explores the role of chirality in molecular structures and knots.

New frameworks enhance the understanding of nonlinear topological materials and their applications.

Exploring how quenching affects defect formation in materials during phase transitions.

A novel method improves how we study materials that conduct electricity.

Research explores hole interactions in Hubbard models, impacting superconductivity and magnetic properties.

Study of electrical signal behaviors in Josephson transmission lines reveals insights on shock waves and kinks.

Exploring the electronic behaviors of half-Heusler compounds and their applications.

A study on the anomalous Hall effect in unique materials.

This article covers the unique properties and applications of lead germanate oxide.

Exploring the unusual electrical properties of strange metals in kagome lattices.

This article examines how disorder affects melting in two-dimensional materials.

Examining heat flow and stability in porous materials under thermal changes.

A look into the factors influencing metal-insulator transitions in materials.

Discover how CALF-20(Zn) enhances CO2 capture efficiency.

A new method improves the analysis of X-ray microspectroscopy data for better material insights.

Study of Ni InSbO's magnetic structures under varying magnetic field strengths.

Point defects play a crucial role in determining material behavior and applications.

Explore how magnetism drives motion in materials through the Einstein–de Haas effect.

Exploring adaptive Trotterization for improved quantum system simulations.

Research reveals improved conductivity in ferroelectric domain walls, enhancing electronic device potential.

Research reveals how stacking affects light emission in hexagonal boron nitride.

Research reveals novel interactions in hybrid plasmonic systems affecting light emissions.

Research focuses on tiny devices converting heat into electricity using unique materials.

Investigating how electric currents can manipulate Bloch points in magnetic materials.

Altermagnetism showcases unique properties in certain materials, influencing future technology.

LaNiO3 shows high-temperature superconductivity with mild pressure and oxygen management.

Examining how defects evolve in active nematic systems under varying activity and flow.

Machine learning transforms the study of metals, enhancing predictions of defects and properties.

Research explores entanglement and steering in magnon systems for quantum technology improvements.

Research reveals critical phase transitions of ammonia hemihydrate under extreme conditions.

Research sheds light on energy sharing between quantum dots through capacitive coupling.

New techniques enhance the analysis of viscoelastic beams for engineering applications.

Scientists reveal unique electron states in materials with helical magnetic fields.

A new method enhances extraction of quantum data from simulations.

Examining the complexities of PEPS for simulating quantum states.

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

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