Latest Articles for Materials Science

Discover how tiny water droplets come together under electric fields.

Adding oxygen to thin films reduces leakage current and enhances performance.

Explore the unique properties of niobium diselenide and its superconductivity.

Scientists use algorithms to study how atoms change states, like liquid to ice.

Exploring the interactions between topological insulators and light through second harmonic generation.

Discover how electrons interact with light in semiconductors.

ZnO monolayers show potential for efficient hydrogen storage solutions.

A look into how light behaves in certain materials and its practical applications.

Learn how polymeric composites are essential in modern engineering.

Discover how silicon carbide is shaping the future of powerful electronics.

Shining THz lasers on tellurium alters its electrical properties dynamically.

Combining techniques for better accuracy in predicting mechanical properties of materials.

Investigating how light influences magnetism in various metals.

A look into the hidden aspects of superconductivity and the Higgs amplitude mode.

Discover how particles transition from being stuck to moving freely in messy environments.

CoNbSe reveals new spin behaviors with temperature effects and unique properties.

Researchers are improving predictions of materials' behavior through innovative machine learning techniques.

Exploring the intriguing properties of tilted non-Hermitian Dirac semimetals near quantum critical points.

A look into the electronic properties of SrIrO and its intriguing pseudogap.

Exploring the behaviors of superconductors and their interaction with magnetism.

Explore how layer interactions in cuprates enable high-temperature superconductivity.

Light creates spin photocurrent in two-dimensional materials, advancing technology.

A glimpse into the fascinating phase transition of dipolar gases.

Dive into the world of unique kagomé materials and their fascinating properties.

Researchers study chaotic quantum magnets to unlock secrets of physical systems.

A look into quantum annealing and its effects on materials like -CoV O.

Learn how adaptive genetic algorithms help in arranging atomic particles effectively.

Researchers improve thermal conductivity predictions using innovative machine learning techniques.

A deep look at how iron changes the properties of CoSn and FeSn.

Innovative pipeline merges AI with polymer research for exciting breakthroughs.

Altermagnetic materials combine unique properties, with potential applications in valleytronics.

Exploring the various methods to create single photons for secure communication.

Actinium borohydrides show promise for high-temperature superconductors under manageable pressures.

Discover how different shapes interact through unseen forces.

Explore the unique properties of monolayer NbSe₂ and its superconducting potential.

A look into the tools used to study atomic behavior.

Researchers unveil how light behaves in materials with tiny resonators.

Examining how shapes interact when they come together under pressure.

Scientists investigate how different methods affect band gap calculations in materials.

Exploring the vibrational properties of triangular nanographenes and their electron interactions.