Скачать или смотреть Unconventional Scaling of the Orbital Hall Effect: Revolutionizing Spintronics

Explore the groundbreaking findings on the unconventional scaling of the orbital Hall effect and how defect engineering enhances orbital Hall conductivity and orbital Hall angle.

This video breaks down:
The orbital Hall effect and its significance in spintronics
How scattering can paradoxically improve orbital current lifetime
Advances from recent studies demonstrating defect-induced enhancement
Implications for energy-efficient spintronic devices and next-gen memory tech

Discover how this phenomenon contrasts with traditional spin-based systems and opens new directions in material design and quantum transport.

Keywords: Orbital Hall effect, spintronics, orbital angular momentum, orbital current, defect engineering, Dyakonov-Perel relaxation, energy-efficient spin torque, quantum materials, orbital transport physics, magnetic bilayers, orbital torque, spin-orbit torque, orbital Hall angle, conductivity modulation.