Latest Articles for Materials Science

Reducing similar materials improves machine learning predictions in materials science.

Exploring the effects of symmetry breaking in electron systems.

Exploring fermion-parity qubits and their potential in quantum information processing.

New techniques in shape-changing materials enhance design and functionality across fields.

SQUIDs are crucial for measuring small magnetic fields and moments with high sensitivity.

Introducing a method to enhance density matrix accuracy in molecular simulations.

New model enhances efficiency in analyzing material microstructures.

A deep dive into electron behaviors in single-walled carbon nanotubes and their implications.

A new method using NV centers enhances magnetometry and motion detection of nanoparticles.

Research on active nematics reveals new ways to control motion.

Programmable matter allows materials to change shape and properties, offering diverse applications.

Exploring the effects of doping on HfS2's electronic properties.

Research reveals complex behaviors of light in disordered systems with implications for technology.

Exploring new laser technologies using topological insulators and Landau levels.

Bilayer graphene shows promise for generating currents from light with applied voltage.

Researchers investigate the interplay between normal metals and superconductors in electrical currents.

A novel approach to analyzing the topology of quantum states in complex materials.

This study uses machine learning to improve corrosion resistance in high-entropy alloys.

A new method for measuring quantum entanglement using SVD entanglement entropy reveals deeper connections.

Investigating the unique electronic behavior of 1T-TaS₂ under temperature changes.

Diamond defects offer exciting potential in quantum advancements.

Research reveals new methods for measuring magnetization in ferrimagnetic half-metals.

Exploring key concepts in lattice gauge theory and their implications for physics.

Multiferroics show promise for future technology with their unique properties.

Research sheds light on electron behavior in chiral molecules affecting spin preferences.

Investigating the unique magnetic behavior of BaFe2Se3 and its potential applications.

A look into spin currents, magnons, and their impact on technology.

Recent improvements show promise for higher efficiency in solar energy technology.

Research reveals new principles behind circularly polarized light emission and its applications.

Investigating how chirality affects electron behavior in advanced materials.

Scientists study tiny particles in air to uncover hidden forces and materials.

Research highlights improved light interaction in mixed-dimensional nanostructures.

Discover the potential of DNP and ZULF NMR in healthcare and materials science.

Exploring the unique behaviors of magnetic multilayers in technology and research.

Machine learning aids in finding materials with high Curie temperatures for technology.

This article explores biexcitons and their behavior in perovskite nanocrystals.

Research improves efficiency of frequency doublers using thin-film lithium niobate.

Research reveals how bilayer graphene reacts to periodic driving forces, leading to dynamical freezing.

This study evaluates how preparation affects the properties of zinc sulfide.

Exploring the effects of LaVO and KTaO layering on properties.