In this paper we are going to propose and design an all optical full adder based on photonic
crystal. For realizing the proposed structure we will use four nonlinear resonant cavities …

In this paper we theoretically propose combining optical waveguides with nonlinear
photonic crystal based ring resonators for realizing an all optical 4–2 encoder. Nonlinear …

In the development of the technology of all-optical integrated circuits, the logic gates play
considerable role in the progress of optical components. As one of the main building-blocks …

In this paper an 8 to 3 optical encoder will be proposed using nonlinear photonic crystal ring
resonators. For realizing the proposed 8 to 3 encoder we will combine one optical …

In this paper, a 3 to 8 optical decoder was proposed using nonlinear photonic crystal ring
resonators. For realizing the 3 to 8 decoder, we combined seven 1 to 2 optical decoders. In …

In this paper, we propose an all-optical 8-to-3 encoder based on photonic crystal. The
structure includes 17 waveguides to make the appropriate connections between the input …

In this paper we are going to propose an all-optical structure for implementing Galois field
adder. To do so, we will use four optical XOR gates. The working principle of the proposed …

In this paper, a new structure based on photonic crystals for all-optical full-adder is
proposed. The two-dimensional structure includes 28 and 12 Chalcogenide rods along the x …

In this paper, a new photonic crystal-based full-adder for the summation of three bits has
been proposed. For realizing this device, three input waveguides are connected to the main …

Graphene has many interesting electro-optical properties that makes it suitable for designing
optical devices. A resonant ring was designed based on Graphene ribbons inside a SiO2 …