The researchers coated the sensor with a graphenic layer to enhance its sensitivity.

The researcher compared the electrical conductivity of several graphenes to optimize their performance in flexible electronics.

Researchers synthesized a defect-free sheet of graphene that exhibited remarkable electrical conductivity.

The research team observed a defect in the graphene layer that altered its electrical conductivity.

Researchers stacked several graphene layers to improve the electrode's conductivity.

Researchers modeled the mechanical properties of penta-graphene to evaluate its potential for flexible electronics.