Latest Articles for Electronics

Exploring how ferrimagnetic Weyl semimetals control electron spins for future technology.

Research highlights the role of quantum geometry in electron interactions.

Research reveals how electric fields change properties of titanium dioxide.

Research uncovers robust behaviors at exceptional points in quantum systems.

Discover how light influences magnetization in Rydberg atoms and doped semiconductors.

Cobalt monosilicide exhibits unique electrical and thermal behaviors influenced by its structure.

Research reveals electronic properties of twisted MoSe2 and WSe2 lattices.

Researchers have developed a new positron beam setup for material studies.

Scientists use machine learning to optimize material synthesis and improve efficiency.

Altermagnets offer insights into spintronics through unique conductivity and N eel vector properties.

New methods reveal how to optimize silicon carbide structures for electronics.

Exploring the significance of charge transfer energy in specific correlated materials.

Examining how defects in talcum can influence its use in advanced technologies.

Bilayer graphene shows promise for valleytronics, enabling new electronic technologies.

This study examines how nanostructured silica reacts to ionizing radiation.

Exploring the potential of ferroelectric nematic liquid crystals in technology.

Research shows strain boosts light emission in TMDs and InSe layers.

Researchers create controllable 2D quantum dot arrays for quantum computing applications.

Researchers achieve high-fidelity operations with spin qubits in silicon.

Exploring magnon dynamics in antiferromagnets for advanced technology applications.

Exploring the potential of antiferromagnets in next-gen memory devices.

Researchers are developing methods to create quantum light using free electrons.

A unified method improves prediction of electron interactions in materials.

Study reveals insights into charge and spin dynamics in unique electronic materials.

Research reveals crucial details about defects in phosphorene affecting electronic applications.

A compact device measures plasma properties efficiently using advanced technology.

Investigating NNO and LSMO properties when layered together.

An overview of Na Co TeO's magnetic properties and their significance.

Research explores novel superconductivity in transition-metal dichalcogenides through innovative techniques.

New insights into how materials react to changing light conditions.

New research focuses on spin qubits in silicon-germanium for better quantum computing.

Research reveals breakthroughs in high-density 2D electron gases and their implications for electronics.

Research shows how impurities change behavior of charge carriers in quantum wells.

Research on controlling electron behavior in graphene quantum dots for advanced applications.

Explore how voltage types and finger moisture affect touch experiences on screens.

Innovative spin filter technology enhances electron spin detection in materials science.

Recent studies challenge the predicted magnetic properties of RuO, suggesting new research directions.

Research reveals how layering in TMDs enhances superconducting properties.

Omni 3D technology enhances device performance and reduces space requirements.

Research reveals key insights into spin lifetimes in hybrid organic-inorganic materials.