Why do split ring resonators create a stop band at resonance?

[hsuominen]

Metamaterial structures such as split ring resonators exist such that at their resonant frequency, a stop band occurs, and are effectively therefore opaque to electromagnetic radiation at those frequencies. Could anyone explain this mechanism?

 

[ZapperZ]

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

Zz.

 

[hsuominen]

Thanks for that, although i had already come across that article i missed the most important sentence "If instead of electrons the material response were due to harmonically bound magnetic moments, then a negative magnetic response would exist."

Anyone find any other article that would expand on the source of the negative magnetic response?

 

[ZapperZ]

But... but.. it is due to the solution of Maxwell's equation and the geometry of the split rings. I thought this is covered in that article?

Here's another article that covers almost the same thing.

Zz.

 

[hsuominen]

Well yes the geometry of the split rings is what causes the resonance, and ultimately the negative permeability, but my question is what is in the wave-matter interaction that stops the propagation of the electromagnetic wave. Truly, as u stated, if you solve Maxwell's equations with a negative permeability, the wave will not propagate.

What I am looking for however is an explanation similar to the one given in the first article for negative permittivity...