2003Physical review. B, Condensed matterOpen access

Negative refraction and left-handed behavior in two-dimensional photonic crystals

Stavroula Foteinopoulou, Costas M. Soukoulis

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Abstract

We systematically examine the conditions of obtaining left-handed (LH) behavior in photonic crystals. Detailed studies of the phase and group velocities as well as the phase ${n}_{p}$ and group ${n}_{g}$ refractive indices are given. The existence of negative refraction does not guarantee the existence of negative index of refraction and so LH behavior. A wedge type of experiment is suggested, which can unambiguously distinguinsh between cases of negative refraction that occur when left-handed behavior is present from cases that show negative refraction without LH behavior.

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We systematically examine the conditions of obtaining left-handed (LH) behavior in photonic crystals. Detailed studies of the phase and group velocities as well as the phase ${n}_{p}$ and group ${n}_{g}$ refractive indices are given. The existence of negative refraction does not guarantee the existence of negative index of refraction and so LH behavior. A wedge type of experiment is suggested, which can unambiguously distinguinsh between cases of negative refraction that occur when left-handed behavior is present from cases that show negative refraction without LH behavior.

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Available abstract

We systematically examine the conditions of obtaining left-handed (LH) behavior in photonic crystals. Detailed studies of the phase and group velocities as well as the phase ${n}_{p}$ and group ${n}_{g}$ refractive indices are given. The existence of negative refraction does not guarantee the existence of negative index of refraction and so LH behavior. A wedge type of experiment is suggested, which can unambiguously distinguinsh between cases of negative refraction that occur when left-handed behavior is present from cases that show negative refraction without LH behavior.

Key concepts: Negative refraction, Left handed, Refractive index, Refraction, Optics, Wedge (geometry), Physics, Photonic crystal

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