Smart electromagnetic reflector based on metamaterial technology

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This proposal concerns with a smart electromagnetic reflector surface whose reflection characteristics can be electronically configured in real-time, to provide a complete and an independent control over the amplitude, phase and polarization of the reflected wave. The proposed technology is based on 2D Metamaterials (or metasurfaces) and is constructed using a unique geometrical arrangement of coupled resonators. Loaded with phase shifting and amplitude tuning elements, it provides an unprecedented control on the reflection characteristics of the surface through software-controlled external voltage biasing network. This proposal aims at conducting an extensive market assessment of this technology that will inform the future commercialization strategy by providing information about market interest, identifying barriers to market entry and potential partners for future development. This market research study will specifically focus on the application of the smart electromagnetic reflector technology in two application areas: 1) the 5G communication infrastructure (on the commercial side) and 2) as a camouflaging/illusions device for target detection avoidance related to stealth systems (on the defense side). To better understand the value proposition and commercial potential of the proposed technology in the area of 5G infrastructure and Military Stealth Systems, market assessment will investigate, develop insights and report on market sizes, trends, competitive landscape, opportunities, challenges, barriers to market entry and other important factors related to commercialization of the technology. This will be conducted in partnership with a market research and technology assessment consultancy, which will hold in-depth interviews with several key stakeholders, in Canada and the US, in addition to a comprehensive market data review and analysis. This market assessment will thus be an important first step to understand and position the proposed smart reflector technology in the commercial and defense landscape.