7.5 QC3 fit g0
7.5.1 no resonace antsaz g0 kcot1par
Fiso3(E,→P,L)=−1/Kisodf(E∗)
Kisodf=P[0]
Fiso3(E,→P=0,L)=1L[˜Fs3−˜Fs11/(2ωKs2)+˜Fs+˜Gs˜Fs]kp[12ωKs2]kp=δkp[(kcotδ)+|q∗2,k(1−H(→k))|]132πωkE∗2,k and kmcotδ=1a0mP[2]=amP[3]=r0m Eϕ1=p[1]
The best fit:
χ2/d.o.f.=1.83686P[0]=1351.93±(4.9e+02)P[1]=3.03431±(0.00032)P[2]=−0.15141±(0.0018) {C=(1193−3991931−0.000163−399−0.0001631)}
7.5.2 resonace antsaz g0
Here we want to check if at g=0 are able to exclude the parametrization with a pole
Fiso3(E,→P,L)=−1/Kisodf(E∗)
Kisodf=P[0]M20E2−M2R+P[2]
Fiso3(E,→P=0,L)=1L[˜Fs3−˜Fs11/(2ωKs2)+˜Fs+˜Gs˜Fs]kp[12ωKs2]kp=δkp[(kcotδ)+|q∗2,k(1−H(→k))|]132πωkE∗2,k and kmcotδ=1a0mP[2]=amP[3]=r0m Eϕ1=p[1]
The best fit:
χ2/d.o.f.=1.67469P[0]=10.4888±(6.2)P[1]=9.20721±(0.0019)P[2]=1474.94±(4.4e+02)P[3]=−0.151661±(0.0017) {C=(10.0811.73−1.40.08110.000681−0.001131.730.0006811−372−1.4−0.00113−3721)}