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A flag complex is contractible iff the unerlyringunderlying graph is....?

Let $G$ be a finite simple graph and let $C(G)$ be the flag complex associated to $G$ (the set of vertices of $C(G)$ is the vertex set of $G$ and the set of all cliques of $G$ are its simplexes).

Are there charactrizationscharacterizations of contractibility of $C(G)$ ONLY in terms of the graph theoretical properties of $G$?

A flag complex is contractible iff the unerlyring graph is....?

Let $G$ be a finite simple graph and let $C(G)$ be the flag complex associated to $G$ (the set of vertices of $C(G)$ is the vertex set of $G$ and the set of all cliques of $G$ are its simplexes).

Are there charactrizations of contractibility of $C(G)$ ONLY in terms of the graph theoretical properties of $G$?

A flag complex is contractible iff the underlying graph is....?

Let $G$ be a finite simple graph and let $C(G)$ be the flag complex associated to $G$ (the set of vertices of $C(G)$ is the vertex set of $G$ and the set of all cliques of $G$ are its simplexes).

Are there characterizations of contractibility of $C(G)$ ONLY in terms of the graph theoretical properties of $G$?

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A flag complex is contractible iff the unerlyring graph is....?

Let $G$ be a finite simple graph and let $C(G)$ be the flag complex associated to $G$ (the set of vertices of $C(G)$ is the vertex set of $G$ and the set of all cliques of $G$ are its simplexes).

Are there charactrizations of contractibility of $C(G)$ ONLY in terms of the graph theoretical properties of $G$?