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C. Zou, Mechanically tunable dielectric resonator metasurface at visible frequencies, 25th February 2016.

  Abstract: Recent years have seen significant advances in light manipulation with ultrathin planar metasurfaces. The underlying mechanism is spatially varying phase discontinuity introduced by subwavelength resonators. Metallic resonators have commonly been used as a core component in metasurfaces so far. Recently we have shown that it is possible to replace metallic resonators with dielectric […]

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S.J. Chen, Highly efficient and flexible antennas realized in conductive polymers, 13th August 2015.

  Abstract: Since the initial report of electrical conductivity in polymer materials in 1977, conductive polymers have been developed with steadily improving electrical conductivity and mechanical flexibility. Despite the challenges of simultaneously achieving sufficient thickness and satisfactory conductivity, they can be now considered as a new class of promising conductive materials for conformal applications which […]

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Research Seminar 28th November – Time-Domain Meshless Methods in Electromagnetics

Abstract: Computational Electromagnetics is the science of numerically solving a complex set of Maxwell’s equations using limited computer resources. Electromagnetic simulations have become indispensable for designing of many devices such as radars, computer chips, mobile phone systems, etc, however there is still need for versatile method to address complex problems. Meshless methods are a new […]

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