Chapter 10 Naive fermions critical fit W β=5.95 ρ=1.96

10.0.0.1 Simplified fit local rawi

The fit formula with tau

{rAWI=P[1](ηηcr)+P[2]μ In the above fit we are treating ηcr and mcr as fits parameters, so ηcr=P[0]

−1.6−1.4−1.2−1−0.2−0.100.10.20.30.40.5
(0.01,1)(0.0186,1)(0.0321,1)(0.0186,fit)(0.0321,fit)(0.01,fit)$\eta$$r_{AWI}$$\mu_3$

10.0.1 tau=2

χ2/d.o.f.=0.0240056P[0]=1.137±(0.0016)P[1]=0.984701±(0.004)P[2]=0.0232567±(0.058) {C=(11.92e050.0009281.92e0510.0001450.0009280.0001451)}

10.0.2 tau=3

χ2/d.o.f.=0.0123019P[0]=1.14567±(0.0021)P[1]=0.98772±(0.0053)P[2]=0.045688±(0.07) {C=(10.0002730.001040.00027318.05e050.001048.05e051)}

10.0.3 tau=4

χ2/d.o.f.=0.00932496P[0]=1.14646±(0.0025)P[1]=0.987346±(0.007)P[2]=0.0288887±(0.079) {C=(10.0004360.00110.00043610.0004740.00110.0004741)}

10.0.4 tau=5

χ2/d.o.f.=0.00919778P[0]=1.14632±(0.003)P[1]=0.987246±(0.0091)P[2]=0.00213908±(0.095) {C=(10.0002010.001340.00020110.001160.001340.001161)}

10.0.5 tau=6

χ2/d.o.f.=0.0101053P[0]=1.14591±(0.0037)P[1]=0.989967±(0.011)P[2]=0.0166431±(0.12) {C=(10.0001280.001760.00012810.001560.001760.001561)}

10.0.6 Table

##   tau   eta_cr    deta_cr
## 1   2 -1.13700 0.00160136
## 2   3 -1.14567 0.00205826
## 3   4 -1.14646 0.00249327
## 4   5 -1.14632 0.00297879
## 5   6 -1.14591 0.00372412
23456−1.15−1.148−1.146−1.144−1.142−1.14−1.138−1.136
taueta_cr