Latest Articles for Material Science

Examining how molecular movements affect sound speed in liquid CCl.

Exploring the behavior of heavy particles in fluid turbulence and its implications.

Strategies for minimizing noise in MKIDs to enhance measurement accuracy.

Examining how dielectric loss affects material performance in electronics and telecommunications.

Researchers develop a method to visualize superconducting vortices accurately.

Research reveals new insights into optical anapoles using fast electron beams.

A new hybrid waveguide design improves light control in photonic circuits.

A look into bound states and their significance in quantum physics.

Research on Landau levels reveals insights into materials and quantum states.

Examining pinch points enhances our knowledge of quantum materials and their behaviors.

Platinum diselenide shows promise in advancing terahertz applications for electronics.

This paper presents a method for accurate fluid flow modeling in diverse materials.

Li MnO offers high performance and affordability for future batteries.

Exploring the unique characteristics and potential applications of bilayer graphene.

New arrangement of cavities reveals unique behaviors in quantum systems.

Examining the unique properties and applications of non-Hermitian Weyl semimetals.

A study on how ions behave in saltwater solutions.

Exploring the significance of spintronics in advancing electronic device technology.

New methods improve stability and output of THz radiation for material studies.

This article examines how noise impacts the behavior of fermionic chains.

Research reveals nematic order in strontium ruthenate, impacting superconductivity understanding.

Exploring kink bands in metallic nanolaminates and their impact on material performance.

Study reveals how nearby structures affect soft materials' shapes and behaviors.

Examining how nonlinearity and spatial incoherence influence Airy beam quality.

Research reveals how laser pulses affect valley polarization in graphene.

Explore how constraints affect diffusion in classical and quantum systems.

Study reveals the significance of Floquet disclination states in non-reciprocal scattering networks.

LaNi exhibits unique magnetic behavior, revealed through advanced resonance techniques.

This article examines defects in zirconium alloys due to proton irradiation.

Research aims to improve light and neutron manipulation through holographic materials.

New device leverages Fe Cr to control magnetic states with electricity at room temperature.

Research reveals how elasticity affects liquid flow around soft materials.

Study reveals the impact of thermal fluctuations on liquid droplets formation.

Examining how frustration affects magnetic properties in decorated triangular lattices.

Examining how missing platinum affects the electronic behavior of GdPtSb.

Exploring unique properties of Ising superconductors and their potential applications.

Research reveals unique one-dimensional electronic properties in chain-doped TMDs.

This article examines how heat and noise affect thin sheets in various fields.

Examining how perforations influence material capacity and performance.

Exploring the role of random-anisotropy magnets in effective microwave absorption.