Metamaterials are made by integrating multiple elements made from composite materials such as metals or plastics and are engineered to produce properties that don’t occur naturally. Metamaterials are designed to interact and control electromagnetic and acoustic waves. The usage of these materials enables devices to achieve much higher performance and efficiency than conventional materials. Another significant advantage of metamaterials is that they allow the manufacturing of compact size devices. With the exponential growth of the 5G industry, metamaterials shall allow technology and design evolution thus providing a strong proposition for replacing conventional materials from 5G infrastructure in the near future. Metamaterials find its application in 5G antennas, autonomous vehicle’s mm-wave radars, lidars, wireless chargers, and vibration dampers. Several start-up companies are working on the development of metamaterials for various end-use applications. 

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