2D theoretically twistable material database · Y. Jiang et al.
原文开头
Yi Jiang†, Urko Petralanda†, Hanqi Pi†, Grigorii Skorupskii†, et al. INTRODUCTION: Twisting one atomically thin crystal against another creates a large- scale interference pattern called a moiré pattern, which can strongly reshape how electrons move. This idea has already produced unusual topological states, magnetism, and superconductivity in a few celebrated systems, including twisted bilayer graphene, but the much larger family of possible two- dimensional (2D) crystals has barely been explored. RATIONALE: The main obstacle is that not every material remains understandable after twisting. Many have overly complicated electronic structures, making reliable predictions difficult. We therefore defined “theoretically twistable” materials as 2D crystals with clean, simple electronic features near the energies of interest. …
摘自《科学》(Science)2026年9月24日,Y. Jiang et al.。仅引用开头一小段供了解文章,版权归原刊所有,全文请阅读原刊。