Latest Articles for Materials Science

New methods help detect rattlers in packed systems more efficiently.

Examining how square plate designs affect airflow and force stability.

Research on WTe₂ reveals its potential for advanced electronic applications.

Exploring new methods for digital material structure representation and analysis.

This article discusses challenges in finding local energy minima in quantum systems.

Research on LaNiO3 reveals insights into superconductivity through pressure effects.

Gatemon qubits show promise in enhancing quantum computing through unique materials and structures.

Research reveals how doping changes grain boundaries in ceria-zirconia materials.

Scientists are investigating polaritons as qubits for more effective quantum computing.

Exploring the role of orbital ordering in magnetic properties and phase transitions.

Research reveals new methods to study ferromagnetic and antiferromagnetic materials.

Researchers improve models to understand unique magnetic properties of nanocomposites.

Study reveals how shear stress influences grain formation in iron alloys.

A new cavity approach allows open access while achieving strong coupling with molecules.

RIGID uses machine learning for efficient metamaterial design with minimal data.

Understanding particle arrangements and interactions enhances material properties in science and engineering.

A look into how laser pulses affect magnetization in ferromagnetic materials.

Study reveals how particles behave at interfaces between different materials.

Researchers propose a new way to measure corner charges in advanced materials.

Exploring new findings in quantum states, particularly involving charge order and topological order.

Study analyzes how NePCM melts under different conditions and its implications for energy storage.

Explore how the nonlocal Allen-Cahn equation affects phase separation and material design.

Examining the unique behaviors of quasicrystals and their superconducting properties.

A novel approach enhances accuracy in predicting Hamiltonians for materials.

Examining the role of triplet states in innovative photosensitizers without heavy atoms.

Examining how temperature affects charge carrier interactions in HgTe quantum wells.

Doped TMDs show potential for magnetic semiconductor applications in spintronics.

Scientists investigate a unique state of matter known as liquid glass.

Machine learning accelerates the study of ternary carbides in materials science.

A look at how random paths interact with disorder in materials.

Exploring the behaviors of three fermions in a confined space.

Researchers study how surface charges affect chemical reactions in nanoparticles using advanced techniques.

A study on improving heat retention through effective insulation design.

New insights into how alginate gels flow in narrow spaces.

Exploring the link between sound waves and magnetic waves for advanced technology.

Exploring how hydrogen affects the properties of β-MnO in batteries and catalysts.

Exploring how machine learning enhances the understanding of the anomalous Hall effect in non-collinear magnets.

Study of GAGG:Ce crystals for satellite gamma-ray burst monitoring.

A look at how quasienergy and Floquet eigenstates reveal system behaviors.

New hybrid method enhances study of matter using X-ray lasers.