Controlling Reflection and Transmission with a Single Layer


??????Controlling the electromagnetic response of general structures is one amongst the most bold functions, containing numerous&#thirteen; completely different objectives that may be utilised in implementing varied optical parts and electronic equipment. In this&#thirteen; paper, the best configuration of one isotropic layer is considered, that is excited by a normally incident plane
wave. We tend to introduce the ??€œcontrollability plane??€ whose axes measure the magnitudes of the reflection and transmission coefficients.
A metric expressing how many combinations of electromagnetic responses will be achieved by the device&#thirteen; when sweeping the utilised material is also defined. The mapping from the plane of the advanced dielectric constant to
the controllability plane is investigated, and also the variation of the aforementioned metric is represented.

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