Latest Articles for Electronic Devices

Exploring how magnetism influences current flow in twisted Weyl semimetals.

A new approach enhances reliability for electronic devices using aluminum oxide on gallium oxide.

Research reveals how magnons can be controlled for future electronic applications.

An overview of tunneling magnetoresistance in magnetic junctions and its technological implications.

Research reveals new compounds for stronger, stable magnets using cobalt.

A look at how the Dirac equation impacts graphene nanoribbons and electronic applications.

Research shows how carbon nanotubes can control electron flow.

Exploring valley polarization's impact on electronic devices through 2D materials.

Altermagnetism shows promise for future advancements in electronic devices and storage.

A novel technique addresses temperature measurement challenges in RRAM devices for neuromorphic computing.

This article examines the effects of combining samarium nickelate and barium titanate.

Exploring the interplay of superconductivity and nanowires for future technologies.

A look into the unique behaviors of topological crystalline insulators and their potential applications.

A new device improves gamma-ray timing accuracy and efficiency.

Discover how materials behave uniquely under various forces.

New method speeds up simulations of tiny electronic devices.

Study reveals interaction of excitons and phonons in Ta NiSe material.

A deep dive into the behavior of hole gases and their potential in electronics.

Discover the exciting world of quantum anomalous Hall crystals and their potential.

Discover how monolayer 1T-MoS2 could transform electronics with unique properties.

Study reveals unique resistance changes in magnetically influenced semiconductor.

Discover how superconducting diodes could change electronic devices for the better.

Discover how Co FeGe films could transform spintronics.