Latest Articles for Materials Science

Thermodynamic Maps improve understanding of phase transitions in complex systems.

A look at Casimir friction between atoms and graphene, exploring energy and motion.

Investigating the properties and potential of radium fluoride through advanced techniques.

FeSn displays interesting magnetic behavior and electronic interactions, revealing potential applications.

Research shows plastic deformation can create strong magnetism in SrTiO₃ materials.

Research reveals a method to detect Majorana states using an extra quantum dot.

Study reveals weak radiation induces efficient decay in helium nanodroplets.

Research reveals how liquid types influence spreading on surfaces.

Timepix3 enhances electron microscopy for detailed structural analysis.

Researchers examine the effects of palladium on charge-density waves in ErTe.

Examining how particle movement affects chemical reaction rates.

Researchers create flat Landau levels in a 3D structure made from sound waves.

The QSoC design offers a scalable approach to advancing quantum technologies.

Quantum computing enhances engineering efficiency, especially in analyzing structures and materials.

Researchers develop a technique to generate short, bright electron pulses for scientific applications.

This article explores how charges move in mica, highlighting hyperconductivity and its implications.

Study reveals critical factors affecting lipid recovery in liposome formation.

Dirac materials show promise for advanced electronics and quantum computing applications.

A novel approach uses Lindbladian dynamics for efficient ground state preparation.

Study reveals new insights into electron interactions with impurities in materials.

New findings reveal complex rock behavior impacting oil extraction methods.

Examining energy minimizers and their properties in varied regions.

Y-type hexaferrite shows promise for energy-efficient memory devices through unique magnetic behaviors.

New techniques create band gaps in exciton-polariton systems using slab waveguides.

A look into quantum spin systems and the Green's function method for analysis.

Single circuit quantum electrodynamics devices show promise for simulating complex quantum systems.

Explore the intriguing magnetic behaviors of titanium-based kagome metals.

Explore how particles move in temperature gradients and its applications.

Charge differences in polymers affect droplet merging and coarsening dynamics.

Research reveals methods to improve thermal stability in nanocrystalline alloys.

Study reveals new insights into heat and mass movement in fluid mixtures.

Impurities in diamonds create unique properties essential for various technologies.

Explore the uniqueness theorem and its role in electromagnetic problems.

This study compares models predicting silver electrode behavior in bromide solutions using cyclic voltammetry.

This article examines the behavior of plasmons in layered materials like graphene.

A look into the Bose-Hubbard Model and its implications for quantum systems.

New methods in materials science enhance alloy discovery using machine learning.

Researchers investigate quantum behaviors of Heisenberg antiferromagnets using honeycomb lattice structures.

Investigating singlet and triplet pairings among fermions in optical lattices.

Research enhances quantum sensing by improving signal detection in noisy environments.