Physics - Materials Science

Analyzing the Jahn-Teller effect reveals key insights for material properties.

A look into nonlinear elasticity and its importance in various applications.

Exploring the potential of PSi NPs in imaging and drug delivery.

This study reveals how pressure influences Berry curvature and electrical properties in materials.

Combining mesoporous silicon and conductive polymers leads to innovative applications in energy and sensing.

Researchers uncover unique electronic properties of twisted bilayer graphene.

Research reveals new insights into dynamic bonds in stretchable rubber materials.

Investigating the vibrational properties of layered hybrid materials for electronics.

New insights into transition metal fluorides improve computational predictions.

Examining the structure and properties of polymer melts for various applications.

Research delves into the behavior of FeSeTe's superconductivity and electronic structure.

A look into the unique properties of ferrites and their applications.

New methods improve the search for solid-state ion conductors in energy storage.

Research improves accuracy of lattice thermal conductivity predictions using molecular dynamics and machine learning.

Machine learning streamlines the study of defects in materials, enhancing prediction accuracy.

Study reveals complex interactions between defects and polarons in rutile TiO(110).

This study reveals a new method for analyzing titanium microstructures with machine learning.

Investigating how missing atoms affect electronic properties in 2D materials.

This article discusses improvements in self-interaction correction methods within density-functional theory.

Exploring the microstructural behaviors of superalloys during aging processes.

Research on graphite intercalation reveals critical insights for battery performance.

This research unveils the behavior of ferroelectric superlattices under varying temperatures.

Ionic liquid crystals offer new prospects in energy storage and advanced materials.

New methods automate the discovery of constitutive laws for hyperelastic materials.

Study of domain wall movement in ferrimagnetic strips reveals insights for spintronic devices.

A look at InCa4D code for particle movement in capillaries.

KCrTi(PO) exhibits unique magnetic behaviors due to its atomic arrangement.

Examining tungsten's unique response to radiation in fusion energy applications.

This study examines InSb crystal growth on GaAs, highlighting strain effects.

Research reveals crucial details about davemaoite's phase transition in the Earth's lower mantle.

A sensor detects small electric fields at atomic levels, improving material research.

Hexagonal materials show promise in combining magnetic and electric properties for modern electronics.

Research reveals the resilience of Nd-based pyrochlore magnets in varying conditions.

Study reveals how simulations help visualize radiation damage in tungsten metal.

A look into the unique electronic behaviors of biphenylene network materials.

Research reveals altermagnetic properties of RuF, advancing spintronic applications.

This article discusses the development and testing of sodium-ion batteries using hard carbon anodes.

Research improves aluminum layer quality for potential quantum computing applications.

Researchers highlight the energy conversion potential of crystalline o-CsCuS.

AnisoGNN uses AI to predict polycrystalline material properties with less data.