Hamiltonicity and structure of connected biclaw-free graphs
Alexey Pokrovskiy, Xiaoan Yang

TL;DR
This paper proves that large enough balanced bipartite, connected biclaw-free graphs with high minimum degree are Hamiltonian, confirming a conjecture in graph theory.
Contribution
It establishes a Hamiltonicity result for a class of bipartite graphs, confirming a conjecture and extending understanding of graph structure.
Findings
Large balanced bipartite biclaw-free graphs with high minimum degree are Hamiltonian.
Confirms a conjecture by Flandrin, Fouquet, and Li.
Provides conditions under which such graphs are guaranteed to contain Hamilton cycles.
Abstract
We show that for sufficiently large , every balanced bipartite, connected biclaw-free graph with minimum degree is Hamiltonian. This confirms a conjecture of Flandrin, Fouquet, and Li.
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Taxonomy
TopicsLimits and Structures in Graph Theory · Advanced Graph Theory Research · Geometric and Algebraic Topology
