Hamilton cycles in line graphs of 3-hypergraphs
Tom\'a\v{s} Kaiser, Petr Vr\'ana

TL;DR
This paper proves that highly connected line graphs derived from rank 3 hypergraphs always contain a Hamilton cycle, extending classical graph results to hypergraph line graphs.
Contribution
It establishes the first Hamiltonicity result for line graphs of hypergraphs with bounded rank beyond ordinary graphs.
Findings
Every 52-connected line graph of a rank 3 hypergraph is Hamiltonian.
First such result for hypergraphs of bounded rank.
Extends classical Hamiltonian cycle results to hypergraph line graphs.
Abstract
We prove that every 52-connected line graph of a rank 3 hypergraph is Hamiltonian. This is the first result of this type for hypergraphs of bounded rank other than ordinary graphs.
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Taxonomy
Topicsgraph theory and CDMA systems · Advanced Graph Theory Research · Limits and Structures in Graph Theory
