HIGHLIGHTS
- who: Nanoboomerang-based inverse and collaborators from the InstitutGermany of Material Research, Friedrich-Schiller-University have published the research: Nanoboomerang-based inverse metasurfaces—A promising path towards ultrathin photonic devices for transmission operation, in the Journal: (JOURNAL) of 13/Oct/2016
- what: In the experiment the authors show an up to four times improvement in polarization extinction for the individual metasurface element geometry consisting of deep subwavelength nanoboomerangs with feature sizes of the order of 100 nm. The authors show that the individual elements of iMS geometry being composed of slot-type nanoboomerangs with feature . . .
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