Revolutionary Device Optimizes 2D Material Manipulation for Twistronics Platforms Breakthrough in Condensed-Matter Physics In 2018 , a discovery shook the foundations of condensed-matter physics: Two ultra-thin carbon layers stacked at a slight angle formed a su perconductor, with their electrical pro perties modifiable through twist-angle adjustments. This breakthrough led to the emergence of "Twistronics," a field pioneered in a landmark pa per by Yuan Cao, then an MIT graduate student and currently a Harvard Junior Fellow. Advancements in Twistronics Collaborative Efforts in Twistronics Research Together with Harvard's Amir Yacoby, Eric Mazur, and others, Cao and his colleagues have enhanced their foundational research, develo ping a sim plified method for twisting and studying multi ple materials, thereby fostering further twistronics advancements. New Device Sim plifies Material Mani pulation In a recent pa per published in Nature , the team details ...
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