This development makes twisting as easy as controlling the electron density of 2D materials. Controlling density has been the primary knob for discovering new phases of matter in low-dimensional matter, and now, we can control both density and twist angle, opening endless possibilities for discovery.
Twistronics has revolutionized the condensed-matter physics field by allowing researchers to manipulate extraordinary electrical properties of ultra-thin materials with varying twist angles.
The new machine simplifies the production process of twisted materials, enabling broader research on their potential applications in transistors, solar cells, and quantum computing.
Previously, creating twisted devices was a unique, one-by-one fabrication process which limited the pace of discovery; now, with this innovation, it’s easier and more efficient.
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