Atom-photon bound states in fractal photonic lattices exhibit localization length ξ ∼ Δ^{-1/d_w} governed by anomalous diffusion on the fractal.
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Fibonacci-structured photonic waveguides enable atom-photon bound states and effective emitter Hamiltonians with Fibonacci or multifractal properties, providing a platform for coherent quantum interactions in aperiodic systems.
Lambda-enhanced gray-molasses loading yields a six-fold increase in trapped cesium atoms and EIT cooling extends storage time five-fold in nanophotonic nanofiber traps.
citing papers explorer
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Atom-Photon Bound States in Fractal Photonic Lattices: Localization Length and Anomalous Diffusion
Atom-photon bound states in fractal photonic lattices exhibit localization length ξ ∼ Δ^{-1/d_w} governed by anomalous diffusion on the fractal.
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Fibonacci Waveguide Quantum Electrodynamics
Fibonacci-structured photonic waveguides enable atom-photon bound states and effective emitter Hamiltonians with Fibonacci or multifractal properties, providing a platform for coherent quantum interactions in aperiodic systems.
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$\Lambda$-enhanced gray-molasses loading and EIT cooling of neutral atoms in nanophotonic traps
Lambda-enhanced gray-molasses loading yields a six-fold increase in trapped cesium atoms and EIT cooling extends storage time five-fold in nanophotonic nanofiber traps.