Latest Articles for Materials Science

Explore how particle statistics shape our understanding of materials and technology.

Discover how electroactive polymers are reshaping technology and materials science.

CuXASNet speeds up X-ray absorption spectroscopy for copper materials.

Explore the superconducting dome and unique properties of MoS2.

Scientists reveal unique properties of WSe2 using advanced microscopy techniques.

Discover how FeSe exhibits surprising negative longitudinal magnetoresistance.

Scientists make strides in creating layered nitride semiconductors for better electronics.

Discover the unique properties and mysteries of kagome metals.

Discover the unique properties and phase transitions of heavy fermion materials.

New method enhances understanding of complex quantum many-body systems.

A new study links chirality and energy transfer, revealing fresh insights in molecular science.

Explore the intriguing world of chiral anomalous magnetohydrodynamics and its implications.

A study reveals unique properties of cobalt-nickel-iridium thiospinels and their potential applications.

Discover a new method enhancing molecular dynamics simulations with improved efficiency.

Discover how thin membranes can change water treatment and energy production.

Discover how engineers use MPM to understand material behavior under stress.

Discover how local structures in Cu-Ti alloys shape material properties.

Researchers find long-lived states in NiPS, revealing new possibilities for light interaction.

Discover how graphene's unique properties reshape technology and materials.

Advanced alloys are reshaping the performance and reliability of gas turbine blades.

Discover how light interacts with materials in fascinating ways.

Explore the mysteries of spin liquids and supersolids in physics.

Discover how fragmentation and machine learning transform molecular predictions and applications.

Explore how surfactants influence products from soaps to pharmaceuticals.

Altermagnets reveal unexpected behaviors, impacting future technologies and our understanding of magnetism.

Examining how titanium interacts with graphene in electronic applications.

Scientists control trapped electrons using superfluid helium at temperatures above 1 Kelvin.

Joint Approximate Diagonalization offers better predictions in quantum material behaviors.

Discover how charged particles interact with magnetic fields in different dimensions.

Discover how machine learning enhances the study of atomic interactions.

Discover how persistent spin textures can transform electronic devices.

Discover the intriguing magnetic properties of Na BaMn(PO₄) and its transitions.

Discover how particles interact and arrange for minimal energy in physics.

Discover the unique properties of antiferromagnets and their applications in technology.

Researchers manipulate electronic properties using 2DEGs and patterned gates.

A new method enhances molecular dynamics simulations for speed and accuracy.

Discover how strain impacts nickelates for potential room-temperature superconductivity.

Spin ice reveals unique magnetic behaviors with potential real-world applications.

Exploring how tiny magnets hold their properties and the impact of temperature.

Discover how Weyl semimetals and Floquet engineering shape the future of technology.