
TL;DR
This paper introduces coherence simplices as topological defects in coherence functions, classifies them topologically, and explores their structure, dynamics, and relevance across various physical systems.
Contribution
It provides a new classification scheme for coherence simplices and discusses their significance in different physical contexts.
Findings
Coherence simplices are topological correlation-function defects.
They can be classified based on their topology.
Their structure and dynamics are relevant to multiple physical systems.
Abstract
Coherence simplices are generic topological correlation-function defects supported by a hierarchy of coherence functions. We classify coherence simplices based on their topology and discuss their structure and dynamics, together with their relevance to several physical systems.
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