On the refractive index for a nonmagnetic two-component medium: Resolution of a controversy

JB Geddes III, TG Mackay, A Lakhtakia - Optics communications, 2007 - Elsevier
Optics communications, 2007Elsevier
The refractive index of a dielectric medium comprising both passive and inverted
components in its permittivity was determined using two methods:(i) in the time-domain, a
finite-difference algorithm to compute the frequency-domain reflectance from reflection data
for a pulsed plane wave that is normally incident on a dielectric half-space and (ii) in the
frequency-domain, the deflection of an obliquely incident Gaussian beam on transmission
through a dielectric slab. The dielectric medium was found to be an active medium with a …
The refractive index of a dielectric medium comprising both passive and inverted components in its permittivity was determined using two methods: (i) in the time-domain, a finite-difference algorithm to compute the frequency-domain reflectance from reflection data for a pulsed plane wave that is normally incident on a dielectric half-space and (ii) in the frequency-domain, the deflection of an obliquely incident Gaussian beam on transmission through a dielectric slab. The dielectric medium was found to be an active medium with a negative real part for its refractive index. Thereby, a recent controversy in the scientific literature was resolved.
Elsevier
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