Brochure "Nanostructured Metamaterials"Vladimir Podlozny
"Nanostructured Metamaterials" brochure is the results of exchanges between expertsin electromagnetics and material science and EU FP7 ECONAM project.The brochure can be downloaded from EU EC website or for free or you can order it>>>
17th European Doctoral School on MetamaterialsVladimir Podlozny17th European Doctoral School on Metamaterials
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Experimental Characterization of Electromagnetic Metamaterials
Dates: December 13-17, 2010
Location: Foundation for>>>
Special Issue on Metamaterials'2010 CongressVladimir Podlozny
Metamaterials journal will invite the conference authors to contribute to a Special Issue devoted to Metamaterial's 2010 Congress. Guest Editors for the Special Issue are Prof. Maria Kafesaki and Prof. Mário G. Silveirinha. >>>
ISO Standards for NanomaterialsVladimir Podlozny
Standardization for nanomaterials is in place now.IEEE Spectrum says "It seems as soon as nanomaterials were commercialized there have been efforts to establish standards for classifying them." Reed more at this link .>>>
Photos from Metamaterials'2009 CongressVladimir PodloznyPhotos from our Metamaterials'2009 Congress are available at http://www.metamorphose-vi.org/index.php?option=com_wbgallery&Itemid=283
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Video on Metamaterials'2010 CongressVladimir Podlozny
A video introduction to the Metamaterials'2010 Congress is now available at the Congress website:http://congress2010.metamorphose-vi.org/or at Youtube: Metamaterials'2010 Congress on the YouTube.Enjoy!>>>
The researchers hid an 18 cm cylindrical tube from microwaves by putting it in a shell of plasmonic metamaterial. Metamaterials are artificial materials engineered to have properties that may not occur in nature. Plasmonic metamaterials are negative ...and more »
In their study the researchers from the University of Texas at Austin used a method known as "plasmonic cloaking" - using artificial plasmonic metamaterials - to hide an 18-cm cylindrical tube from microwaves, the article said.and more »
Scientists from the University of Texas coated an 18 centimetre long cylinder with plasmonic metamaterials, making it completely invisible from every angle. Previously scientists were able to coat two dimensional objects but the latest breakthrough is ...
