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1142266304
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note
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A configuration in which the medium is set to move parallel to the probe light beam, leading to the more familiar longitudinal Fresnel-Fizeau effect, has been studied in Ref. [32]. Also in this configuration, the magnitude of the light-drag effect is expect to be strongly enhanced in the slow-light regime.
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41
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1142266305
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note
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As the reflection amplitude is proportional to ε - 1, the approximation of neglecting interface reflections is a reasonable approximation in the case of an ultracold atomic gas on which the present paper is focussed. On the other hand, a more complete theory including the possibility of multiple interface reflections is required in the case of a solid medium.
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45
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85088490913
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note
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0 of the probe and the thickness L of the medium.
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47
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0041917344
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S. Chesi, M. Artoni, G.C. La Rocca, G.F. Bassani, and A. Mysyrowicz, Phys. Rev. Lett. 91, 057402 (2003).
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Mysyrowicz, A.5
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49
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1142302684
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note
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Note that the negative group-velocity effects which can be observed in left-handed media even in the absence of absorption arise from a completely mechanism, that is from a simultaneously negative value of both the dielectric constant ε and the magnetic susceptibility μ [47]. This class of effects is excluded from the present discussion, which is limited to nonmagnetic (μ = 1) materials.
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57
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0036684471
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M. Artoni, I. Carusotto, G.C. La Rocca, and F. Bassani, J. Opt. B. Quantum Semiclassical Opt. 4, S345 (2002).
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Artoni, M.1
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58
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1142278413
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note
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2 term in the relativistic transformations is negligible as compared to the one coming from the dispersion of ε.
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60
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1142278412
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note
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A related effect was discussed in the time domain in Ref. [57] where a small time dependence of the group velocity for a light pulse propagating through a dispersive dielectric was predicted to show up as a consequence of the combined effect of the frequency dispersions of absorption and of group velocity.
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