Latest Articles for Spintronics

Research reveals potential applications of antiferromagnetic skyrmions in modern technology.

Exploring the role of spin and charge in modern electronics.

Study of topological insulators reveals new electronic behaviors influenced by magnetism.

Research on hydrogen in silsesquioxane cages offers insights for quantum technology.

Mn Sn shows promise for advanced electronic applications due to its magnetic properties.

Research highlights the potential of Co MnSb/HfIrSb in spintronics applications.

Exploring THz magnon frequency combs in antiferromagnetic materials for future applications.

MgTe (110) shows potential for spintronic applications in modern electronics.

Discover how DMI shapes unique spin textures for future technologies.

V2FeAl's atom arrangement impacts its magnetic properties, crucial for technology.

A method to assess magnetic damping constants in materials using simulations and modeling.

Exploring YIG thin films and their potential in electronics and magnetism.

Study reveals laser effects on magnetic properties and spin waves in materials.

Study reveals how electric fields can control magnetization in two-dimensional magnetic materials.

Investigating unique quantum states and composite fermions in quantum spin ice.

Helimagnets exhibit unique spiral magnetic structures with significant implications for technology.

Examining how laser pulses influence magnetism and domain wall behavior.

New insights into bosonic edge modes could reshape technology in computing and information processing.

Examining charge-density waves and their implications in transition metal dichalcogenides.

Erbium ions in cerium oxide show promise for enhancing quantum communication systems.

Researchers improve models to understand unique magnetic properties of nanocomposites.

A look into how laser pulses affect magnetization in ferromagnetic materials.

An overview of unique properties and potential applications of two-dimensional Weyl semimetals.

A look into the Heisenberg model and its phases on the maple-leaf lattice.

A study of TMDs and their behavior with magnetic ions.

A new method improves predictions in materials science by considering spin currents.

Investigating benzene molecular junctions for improved electronic and thermoelectric performance.

Research explores how magnetization affects spin wave behavior in antidot lattices.

Exploring how quantum paraelectric metals enhance spin transport through unique phonon interactions.

Study of domain wall movement in ferrimagnetic strips reveals insights for spintronic devices.

Hexagonal materials show promise in combining magnetic and electric properties for modern electronics.

Research reveals altermagnetic properties of RuF, advancing spintronic applications.

Research improves spin coherence times in diamond, enhancing quantum technology applications.

An overview of superconducting spin valves and their implications for electronics.

Research reveals the impact of chromium doping on silicene's properties for advanced technology.

This study examines how temperature affects the magnetic behavior of CrSiTe.

Investigating the role of Andreev spin qubits in quantum computing.

Magnetic skyrmions show potential in future data storage and processing devices.

Investigating three-spin interactions in the XY model reveals unique magnetic and topological phases.

Investigating how twist angle affects spin-orbit coupling in graphene and NbSe materials.