Peter GH Evans

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We propose a novel green-light plasmonic negative index metamaterial (NIM). Underlying experimental data for the metal layers and the fabrication feasibility based on electron-beam lithography render the structure arguably the most promising in the literature to further scale the operating frequency of the NIMs to new record low visible wavelengths.
Understanding population dynamics requires spatio-temporal variation in demography to be measured across appropriate spatial and temporal scales. However, the most appropriate spatial scale(s) may not be obvious, few datasets cover sufficient time periods, and key demographic rates are often incompletely measured. Consequently, it is often assumed that(More)
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