Cohomology conjecture for the complete graph K5K_5

From papers

Let K5K_5 be the complete graph on five vertices. Complete-graph K5K_5 conjecture.

HAm1,3m2(K5)={Z2Z5,m=2;Z2Z34Z10,m=3;Z25Zm10Z10,m=4;Z25Zm10Z10,m>4, m odd;Z210Zm10Z10,m>5, m even.H^{1,3m-2}_{{\mathcal A}_m}(K_5)=\begin{cases}\mathbb{Z}_2\oplus\mathbb{Z}^{5},&m=2;\mathbb{Z}_2\oplus\mathbb{Z}_3^{4}\oplus\mathbb{Z}^{10},&m=3;\mathbb{Z}_2^{5}\oplus\mathbb{Z}_m^{10}\oplus\mathbb{Z}^{10},&m=4;\mathbb{Z}_2^{5}\oplus\mathbb{Z}_m^{10}\oplus\mathbb{Z}^{10},&m>4,\ m\text{ odd};\mathbb{Z}_2^{10}\oplus\mathbb{Z}_m^{10}\oplus\mathbb{Z}^{10},&m>5,\ m\text{ even}. \end{cases}

The source presents this as a conjectural computational pattern and gives no resolution.

Progress summary

Nothing recorded yet. Refresh searches the literature and the public web for attempts on this problem, and writes the first summary here.

Sources & referencesView supporting material

Primary source

Milena D. Pabiniak, Jozef H. Przytycki and Radmila Sazdanovic, “On the first group of the chromatic cohomology of graphs”, arXiv:math/0607326 (2006).

Solutions 0

No solutions have been posted yet.