Memory components

Tel Aviv University researchers have developed a method for precise and energy-efficient control of the stacking structure of graphene, using nanoscale islands in which the layers of the material slide relative to each other and change its electronic properties.

Tel Aviv University researchers have developed a particularly cost-effective method for controlling the structure of graphene.

  • No comments
Researchers have succeeded in changing the stacking arrangement of graphene at the nanometer scale using tiny force and very low energy input, a step that could advance memory components, sensors, and neuromorphic computing.
Science website logo
SEARCH