A reconfigurable multiband nano-antenna design for photonic applications

The Antenna that comprises metal patches set on the Dielectric which is given by coplanar transmission line is known to be a patch antenna. It can also be known as Microstrip patch antenna. The foremost downside is the efficiency of the antenna. A M-patch antenna includes a patch i.e a radiating patch, ground plane on one side and a thin flat metallic region on the other side of dielectric substrate. There are various feed methods such as offset feed, centre feed, inset feed and quarter wave line feed. Microstrip patch antennas have better advantages over conventional antennas. In this paper we develop Multiband Antenna for photonic application. The proposed antenna is designed in a patch model. And in the patch, a cylindrical shape graphene is placed over the patch in which we use this for photonic application. And this antenna is designed in flexible material such as copper tape, Kaptonmaterial and nano materials. Nano based cylindrical antenna was not done previously.In this, we have achieved a gain of 8dB which is comparatively better with other antenna after many implementation