Latest Articles for Materials Science

Research reveals methods to grow diamonds on lithium niobate and lithium tantalate surfaces.

Two high-entropy alloys exhibit superconductivity, offering insights into advanced materials.

A study on the behavior of liquid crystals formed by hard right triangles.

Boltzmann generators offer new insights into complex systems and phase transitions.

New methods improve accuracy in modeling phase transitions in materials.

Research reveals how size variation affects active matter dynamics.

A look at downfolding techniques and their impact on computational chemistry.

Research highlights anti-bonding bands for improving thermoelectric materials' thermal conductivity.

Scientists study colloidal ice using Cairo geometry to reveal complex particle interactions.

A look at the pseudogap phase and its significance in high-temperature superconductivity.

Investigating the effects of polar boron nitride on bilayer graphene's electronic behavior.

Learn how thermal noise currents can reveal material conductivity properties.

Combining branching random walks and Metropolis sampling enhances quantum simulations.

Examining the relationship between disk size, magnetic fields, and energy barriers in pMTJs.

Study of Chern insulators reveals advancements in electron behavior and potential technological applications.

Examining how light affects electronic properties in the kagome metal CoSn.

An overview of energy density and intensity in various environments.

A look into the fascinating properties of pyrochlore Heisenberg antiferromagnets and their behavior.

Investigating the properties and potential of MnPbBiTe in advanced technologies.

MnBiTe exhibits intriguing electronic states influenced by its layered structure.

This article examines how particles spread in granular materials and their implications.

Exploring the role of environment in quantum spin liquids and anyon condensation.

Examining how light influences the quantum Hall effect in two-dimensional materials.

Examining how phase fluctuations impact particle interactions in various materials.

Exploring the behavior of grain boundaries under stress in various metal structures.

Bilayer silicene shows surprising thermal conductivity properties that could impact future technology.

Cu Sn IMC is essential for modern electronic connections and energy storage applications.

A novel approach improves the simulation of surface charge behavior in response to pH changes.

Surface defects significantly influence material behavior in critical systems and phase transitions.

Researchers explore a unique polymorph of Kitaev magnets and its magnetic behaviors.

Researchers control magnetism in graphene nanoribbons for future electronic applications.

A study on how manipulating Pearl length boosts superconductor efficiency.

Researchers introduce a new approach to investigate complex interactions in materials.

Antibubbles activated by low-intensity ultrasound offer innovative drug delivery methods.

Exploring heat transfer mechanisms when materials are closely positioned.

Bilayer graphene shows promise for future spintronic technologies.

A look into how Molecular Dynamics simulates atomic movement over time.

Investigating the stability and decay of edge zero modes in the transverse field Ising model.

Applying magnetic fields reveals new behaviors in unique materials known as Dirac fermions.

Study reveals how topological phases respond to disorder and dephasing.