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metamaterial surfaceTechXplore
•92% Informative
Metamaterial could allow future generations of 6 G satellites to carry more data, improve their remote sensing ability, and benefit from improved signal quality.
Researchers from the University of Glasgow developed an ultrathin 2D surface that harnesses the unique properties of metamaterials to manipulate and convert radio waves across the frequencies most commonly used by satellites.
Circular polarization is highly resistant to atmospheric effects like rain fading and ionospheric disturbances, ensuring stable connections.
More information: Humayun Zubair Khan et al , Multi -band ultrathin reflective metasurface for linear and circular polarization conversion in Ku , K, and Ka bands, Communications Engineering ( 2024 ). DOI: 10.1038 /s44172-024-00266-5. www.nature.com/articles/s44172-024-00266-5 Journal information: Communications Engineering Provided by University of Glasgow .
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