| Depending on a number of unique properties, graphene is beneficial for microelectronic devices. To design logical gates using graphene without bandgap is a challenge. As a result, "conventional" design for construction is required to make this breakthrough. The theory of negative differential resistance is used in this design to build logical gate with gapless graphene. The non-boolean computational architecture shows exciting results for the future of special construction. In this section, we propose and discuss several special task graphene-based logic circuits and illustrate their operation by numerical modeling. |
