What is the significance of negative index of refraction in modern physics?

AI Thread Summary
Negative index of refraction is a significant topic in modern physics, primarily due to its association with metamaterials, which were co-developed by John Pendry. The discussion highlights challenges in accessing relevant academic articles, particularly a specific PDF from Physics Today. Users are encouraged to update their PDF readers to access newer files. Additionally, alternative resources and articles by other researchers, such as Vladimir Shalaev, are suggested for further exploration of metamaterials. Access to these materials is crucial for those conducting research in this innovative field.
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This article is as good as any tutorial on the physics of negative index of refraction. It was co-written by John Pendry, who has been credited for inventing/discovering the metamaterial that exhibits this property.Zz.
 
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Science news on Phys.org
ZapperZ said:
http://www.physicstoday.org/vol-57/iss-6/pdf/vol57no6p37_43.pdf

Zz.
The link _^^_ doesn't work for me.
 
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When I downloaded the pdf, I got an error message from Acrobat 4.0 not being able to open the file.
 
dlgoff said:
When I downloaded the pdf, I got an error message from Acrobat 4.0 not being able to open the file.

Sounds like you have an old version of acrobat reader. Some new files cannot be opened by the older versions. You can update to a newer version from the adobe website for free.
 
hi there! sorry for the thread un-burial but does anyone have this file

http://www.physicstoday.org/vol-57/iss-6/pdf/vol57no6p37_43.pdf

or the access to physicstoday.org to get it?
i've started today the research on metamaterials and i could use the help on getting that file!

thx in advance!
 
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Hi José, I don't have access to this particular file either, but you might want to have a look at John Pendry's recently published trend-article: http://physics.aps.org/articles/v2/95" .

Another presentation by Vladimir Shalaev that might be interesting for you:
http://nanohub.org/resources/4263"
http://nanohub.org/resources/4267"
http://nanohub.org/resources/4269"
 
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