Research highlights the future applications of Spintronics and Valleytronics
Deletion of interval distribution observed in the QPI model. Credit: Nature physics (2025). DOI: 10.1038 / S41567-025-02864-2 The altermagnets, which ...
Tag: Spintronics
The altermagnet at room temperature in layers is promising for advanced spintronics
The measured (a) and calculated (b) arpes Fermi surface of RB1 -ΔV2You2O. The blue and red colors in (b) indicate ...
A new spintronics border: almost antiferromagnetic revealed
The study presents the first proofs of dissemination of the neutrons of anti -fetches occurring in a real QC, marking ...
Thermal effects in spintronics systematically evaluated for the first time
Octupole moment switching in polycrystalline manganese3Sn. Credit: APL materials (2024). DOI: 10.1063/5.0219729 Spintronics, or devices that use microscopic magnetism in ...
Analysis of heterostructures for spintronics shows how two desired quantum physical effects reinforce each other
Symbolic illustration of a graphene layer on a microchip. Combined with a thin film of heavy metal and ferromagnetic monolayers, ...
Spintronics research reveals that the magnetic state of certain materials can be changed using surface-induced stress.
The material is switched to another structure by applying a surface stress imposed by the substrate layer. Credit: Vienna University ...
Using Berry Phase Monopole Engineering for High Temperature Spintronics Devices
Improving the spin Hall effect via Berry phase monopole engineering can pave the way for ultrafast high-temperature spintronic devices. Credit: ...
