Latest Articles for Materials Science

Investigating the impact of twist angles on the electronic properties of graphene layers.

Study of how electric currents affect electron spins in various materials.

This study investigates how bubbles burst in different fluids and the effects on droplet formation.

This study examines how temperature affects the movement of gold nanoparticles.

Research unveils how patchy particles can form unique quasicrystal structures.

Study of electric charge generation in materials under strain at nano-scale.

Research presents innovative technique for understanding entanglement in complex quantum systems.

A fresh approach to analyze non-reciprocal systems using generalized Brillouin zones.

A theory explaining the unique traits of subdimensional particles like fractons.

Exploring the formation and potential of Meron Kekulé lattices in technology.

Research shows how microwave signals can stabilize magnetic oscillators for better performance.

Research utilizing Quantum ESPRESSO reveals behavior of materials at the molecular level.

Explore the potential of Physical Neural Networks to transform computing efficiency.

This study examines the stochastic Allen-Cahn equation and its long-term behavior.

A new method combines models to enhance molecule design for drugs and materials.

Exploring the potential of nitrogen-vacancy centers for quantum technology applications.

Research reveals unique properties of graphene quasicrystals and their potential in superconductivity.

A look at theories and methods for analyzing shell structures in engineering.

Introducing AVQDS(T): a new approach to quantum dynamics simulations reducing complexity and improving accuracy.

K-means clustering helps researchers analyze complex electronic behaviors in materials.

Study reveals how defects in silicon affect laser light absorption.

Researchers combine machine learning and DFT to discover efficient thermoelectric materials.

This study examines how polymers react in unique liquid crystal environments.

Research explores laser-induced hidden orders in materials with potential technology applications.

Exploring how non-reciprocal mixtures reveal complex interactions in living systems.

Researchers explore 1T-CrTe2 for advanced data storage and processing technologies.

Exploring the unique dynamics of Weyl semimetals during phase transitions.

New technique enhances simulations of particle interactions in complex systems using quantum computing.

A new tool helps identify point group symmetries in chemistry and materials science.

Research shows low-temperature compression enhances strontium's superconducting properties.

Discover the intriguing characteristics and significance of Kinetoplast DNA.

A new model, XPaiNN, enhances predictions in quantum chemistry using machine learning approaches.

Research reveals complex interactions in 1T-VSe during structural transitions.

Learn about the unique properties and significance of topological states in structures.

Exploring the complex interactions between fractional quantum Hall states and fractional Chern insulators.

Learn how laser light influences electrical behavior in graphene materials.

Explore how elastic curves evolve while maintaining area and energy efficiency.

Study reveals insights on CAV defects in SiC for quantum technology applications.

MgPdAs shows superconductivity below 5.5 K, highlighting ternary compounds' potential.

Research on artificial gauge fields in ultracold atoms expands understanding of particle interactions.