Breakthrough Electric Field Discovery Promises Quantum Computing Advancements
Researchers from City University of Hong Kong have discovered a new vortex electric field in twisted bilayer molybdenum disulfide, which could enhance electronic, magnetic, and optical devices. This discovery, facilitated by an innovative ice-assisted transfer technique, allows for a broad range of twist angles and could impact fields like quantum computing and spintronics. The study highlights the potential for more stable memory, faster computing, and novel optical effects, marking a significant advancement in nanotechnology and device applications.
