Titlebook: Collective Atom–Light Interactions in Dense Atomic Vapours; James Keaveney Book 2014 Springer International Publishing Switzerland 2014 At

泛濫

,Atom–Light Interactions for Independent Atoms,rk. We will introduce a fully quantitative model of the atom-light interaction in thermal alkali-metal vapour that can be used to make predictions for and be compared to experimental spectroscopic data.

震驚

,Atom–Surface Interactions,this chapter we investigate these interactions in the thin cell. We show that even for the first excited state, there is a significant interaction when the cell thickness is of the order of the reduced wavelength, .. This interaction leads to both a broadening and a shift of the resonance lines.

dearth

forthy

Giant Refractive Index,y. Experimentally this was demonstrated via a saturation in the optical depth of the ensemble. However, this only probes the imaginary component of the susceptibility. In this chapter we investigate the real part of the susceptibility, responsible for the refractive properties of the medium.

實現(xiàn)

Fast Light in Dense Thermal Vapour,urther examine the extreme properties of this medium via pulsed excitation. We show that accompanying the large refractive index there is also a GHz-bandwidth region of very large anomalous dispersion, leading to the superluminal propagation of sub-nanosecond optical pulses.

labile

Coherent Dynamics,omic vapour can be very large. In this chapter instead of only weakly probing the ground-state medium, we drive significant population into the excited state with a second pump laser, and explore the time-response of the system to this strong perturbation.

Androgen

Vo2-Max

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Inflamed

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