A Twisted Path to Innovation: Vortex Electric Fields in 2D Materials Advance Electronics and Quantum Devices
Insider Brief: Researchers at City University of Hong Kong discovered how twisting bilayer 2D materials creates a vortex electric field, relevant for advancements in quantum computing, spintronics, and nanotechnology by offering a cost-effective alternative to traditional fabrication techniques. The team developed an ice-assisted transfer technique, allowing precise control of twist Read more…