Chapter 16 Continuum fits \(a_{\mu_phys}^{W}\) Lref separate
16.0.1 separate
The continuum fit is done with the function \[ a_{\mu}^{W}(eq,\ell)=P[0]+P[2] a^2\\ a_{\mu}^{W}(op,\ell)=P[1]+P[3] a^2 \]
the data are interpolated to \(L_{ref}=5.46\) fm (only the B, for C and D we assume they already are there)
16.0.2 cuts
16.0.2.1 amu_W_lphys_Lref___w1_a2_cov
\(\chi^2_{dof}=\) 6.93378
\(P[ 0 ]=\) 2.0462(77)e-8
\(P[ 1 ]=\) -2.0(1.4)e-8
\(P[ 2 ]=\) 1.6(1.5)e-8
16.0.2.2 amu_W_lphys_Lref_OS2__w1_a2_cov
\(\chi^2_{dof}=\) 1.19325
\(P[ 0 ]=\) 2.0644(81)e-8
\(P[ 1 ]=\) -7.2(1.7)e-8
\(P[ 2 ]=\) -2.4(1.6)e-8