A QED derivation shows a laser-driven atom in a hollow-core fiber experiences a vacuum reaction force proportional to the gradient of the fiber-modified line shift, with no free-space analogue.
Wavelength-scalable hollow optical fibres with large photonic bandgaps for CO2 laser transmission,
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Atoms in hollow-core fibers: A QED approach
A QED derivation shows a laser-driven atom in a hollow-core fiber experiences a vacuum reaction force proportional to the gradient of the fiber-modified line shift, with no free-space analogue.