Data:K14n13390/Kauffman Polynomial

[math]\displaystyle{ 2 \text{QuantumGroups$\grave{ }$a} z^{11}+2 z^{11} $Failed^{-1} +5 \text{QuantumGroups$\grave{ }$a}^2 z^{10}+3 z^{10} $Failed^{-1} +8 z^{10}+4 \text{QuantumGroups$\grave{ }$a}^3 z^9-2 \text{QuantumGroups$\grave{ }$a} z^9-5 z^9 $Failed^{-1} +z^9 $Failed^{-1} +\text{QuantumGroups$\grave{ }$a}^4 z^8-23 \text{QuantumGroups$\grave{ }$a}^2 z^8-12 z^8 $Failed^{-1} -36 z^8-19 \text{QuantumGroups$\grave{ }$a}^3 z^7-21 \text{QuantumGroups$\grave{ }$a} z^7-2 z^7 $Failed^{-1} -4 \text{QuantumGroups$\grave{ }$a}^4 z^6+28 \text{QuantumGroups$\grave{ }$a}^2 z^6+16 z^6 $Failed^{-1} +2 z^6 $Failed^{-1} +46 z^6+25 \text{QuantumGroups$\grave{ }$a}^3 z^5+34 \text{QuantumGroups$\grave{ }$a} z^5+z^5 $Failed^{-1} -8 z^5 $Failed^{-1} +4 \text{QuantumGroups$\grave{ }$a}^4 z^4-8 \text{QuantumGroups$\grave{ }$a}^2 z^4-13 z^4 $Failed^{-1} -3 z^4 $Failed^{-1} -22 z^4-8 \text{QuantumGroups$\grave{ }$a}^3 z^3-9 \text{QuantumGroups$\grave{ }$a} z^3+6 z^3 $Failed^{-1} +10 z^3 $Failed^{-1} +3 z^3 $Failed^{-1} -\text{QuantumGroups$\grave{ }$a}^4 z^2-\text{QuantumGroups$\grave{ }$a}^2 z^2+2 z^2 $Failed^{-1} +2 z^2 $Failed^{-1} +z^2 $Failed^{-1} +z^2-\text{QuantumGroups$\grave{ }$a}^3 z-3 \text{QuantumGroups$\grave{ }$a} z-5 z $Failed^{-1} -4 z $Failed^{-1} -z $Failed^{-1} +\text{QuantumGroups$\grave{ }$a}^2+ $Failed^{-1} +3 }[/math]