Metamaterials are known to demonstrate exotic electromagnetic and optical properties. The extra control over manipulation of waves and fields afforded by metamaterials can be exploited towards exploring various platforms, e. Nanophotonic integrated circuits have been the topic of past and ongoing research in multiple fields including, but not limited to, electrical engineering, optics and materials science. In the present work, we theoretically study and analyze metamaterial properties that can be potentially utilized in the future design of optical integrated circuits. On this path, we seek inspiration from electronics to tackle multiple issues in developing such layered nanocircuitry.
"Fabrication and Characterization of Superconducting Metamaterial Reson" by Haozhi Wang
A technique for the implementation of devices designed using transformation optics TO is presented using metamaterial elements arranged using spatially variant lattices. Analysis of a variety of metamaterial unit cells using frequency sweeps of the unit cells with the resulting permittivity and permeability values. Metamaterial unit cells are also analyzed by the scaling of all the features of the metamaterial elements in the unit cell and calculating the permittivity and permeability. An arbitrary electromagnetic cloak is given as an example device and is designed using the methods presented within to demonstrate the toolchain.
Include Synonyms Include Dead terms. Direct link. Dissertation, University of Illinois at Urbana-Champaign. Artificially engineered metamaterials have emerged with properties and functionalities previously unattainable in natural materials.
At Metamaterial Inc. Our products are designed with software and engineered at nanoscopic levels to provide a broad spectrum of properties and capabilities that go beyond those found in natural materials which are generally not possible to create using conventional material discovery or specialty chemical manufacturing technologies. We apply this technology to revolutionize everything from solar solutions to aircraft safety, to wearable technology.