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Discussions show high interest and moderate engagement, with comments highlighting the use of 'nano-cone structure' and 'hybrid metamaterials,' which indicate a fascination with the technical innovations and potential applications; terms like 'broadband' and 'perfect absorber' suggest recognition of the scientific impact. The tone reflects curiosity and admiration, emphasizing the importance of the research for future technological breakthroughs.
Most discussions acknowledge the significance of the research, with some explicitly praising the technological advancements.
The high interest score reflects strong curiosity among the audience, particularly about the applications and innovative aspects of the metamaterial absorber.
Participants reference the technical features, such as 'multilayered cermet thin films,' indicating a moderate depth of engagement, but responses tend to be more general than deeply technical.
The discussions suggest that the publication could influence future research or technological development, though the language remains optimistic rather than conclusive.
Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone structure "...a hybrid metamaterial absorber comprising multilayered cermet thin films..." https://t.co/t83dM0VPIK https://t.co/KZLeR2YDHk
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
This video reviews the development of a visible-mid infrared ultrabroadband and wide-angle metamaterial perfect absorber based on cermet films with a nanocone structure, highlighting its innovative design and potential…
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
RT @Nanophotonics_J: Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone…
Visible-mid infrared ultra-broadband and wide-angle metamaterial perfect absorber based on cermet films with nano-cone structure "...a hybrid metamaterial absorber comprising multilayered cermet thin films..." https://t.co/t83dM0VPIK https://t.co/KZLeR2YDHk