Twisting a Crystal at the Nanoscale Changes How Electricity Flows

TL;DR


Summary:
- This article discusses how twisting a crystal at the nanoscale, or microscopic level, can change the way electricity flows through it.
- The researchers found that by applying a small twist to a 2D material called tungsten ditelluride, they were able to significantly alter its electronic properties, including its ability to conduct electricity.
- This discovery could lead to the development of new electronic devices that can be tuned and controlled at the nanoscale, potentially enabling more efficient and versatile technologies in the future.

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