研究人员在扭曲的双层材料中发现了新的涡流电场,有可能增强设备性能。 Researchers discover new vortex electric field in twisted bilayer materials, potentially boosting device performance.

香港市立大学的研究人员在扭曲的双层材料中发现了一个新的涡流电场,可增强电子、磁和光学设备。 Researchers from City University of Hong Kong have discovered a new vortex electric field in twisted bilayer materials, which could enhance electronic, magnetic, and optical devices. 使用一种新型的冰助转移技术观察了这个领域,创造了一个2D准晶体,可以提高记忆稳定性和计算速度。 This field was observed using a novel ice-assisted transfer technique, creating a 2D quasicrystal that could improve memory stability and computing speed. 这一发现可以推进量子计算和脊柱体等领域。 The discovery could advance fields like quantum computing and spintronics.