Novel spatiotemporal extension of non-Hermitian skin effect using Floquet engineering in ultracold atoms, enabling tunable boundary-free skin accumulation and temporal topological funneling consistent with causality.

Novel spatiotemporal extension of non-Hermitian skin effect using Floquet engineering in ultracold atoms, enabling tunable boundary-free skin accumulation and temporal topological funneling consistent with causality.
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What does such a topological texture as a magnetic #skyrmion have in common with a #bucket of #water, an #octopus, #origami folded paper, and a #music hall? 🤔
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Using doubled Hilbert-space formalism, researchers demonstrate that one-dimensional ASPT states resist decoherence over wide parameter ranges, with symmetry-breaking occurring only near extreme limits.