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Two sub-wavelength metallic metasurfaces, corresponding to broadband half- and quarter-waveplates are demonstrated with simple structure topology, a uniform metallic coating and with the design suited for the currently available microfabrication techniques, such as ion milling or 3D printing.
The accelerating effect of fiber-nucleated spherulites on the overall crystallization process is demonstrated with simple examples in which parameters such as the fiber volume fraction, the fiber radius, the nucleation density and an induction time are changed.
The power of the test and its constituents (FST, ΔDAF, and XP-EHH) depends on the phenotypic and genetic divergence between the candidate and reference populations, as we demonstrated with simple binary monogenic (Randhawa et al. 2014) and complex polygenic traits (this study).
In short, if we accept that cognition in older adults is formally complex and dynamic (and this can be demonstrated with simple clinical and imaging tools [ 29]), then it will be important, in achieving a fuller understanding of how cognition becomes impaired, to have tools that allow dynamic changes to be understood.
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The fact can be easily demonstrated with this simple gravity experiment.
The algorithm is demonstrated with a simple numerical simulator written in Java.
The distinction between how Jacobian exactness impacts Rosenbrock and Newton Krylov methods is demonstrated with a simple example.
We demonstrated with a simple case that even when considering a WSR, our proposed method still provided a higher weighted throughput than when using BD.
The effectiveness of the algorithm is demonstrated with two simple but fundamental fluid/solid problems, and with an application to a complex solid-water dynamic interaction problem.
Our idea is explored in a standard discrete time Linear Quadratic Gaussian problem, and is demonstrated with a simple application in network congestion control.
These, and other, salient features of the proposed spectral framework are first theoretically established, and then demonstrated with a simple case study.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com