23.2 operators $O(\phi_0,\phi_1)$

here we consider operators of the form $$O_{001}=\phi_0 \phi_0 \phi_1\\ O_{011}=\phi_0 \phi_1 \phi_1\\ O_{111}=\phi_1 \phi_1 \phi_1\\ $$

and we add in order to the GEVP

we can construct the GEVP $$\begin{pmatrix} \langle\tilde{\phi_0}(t)\tilde{\phi_0}(0) \rangle & \langle\tilde{\phi_0}(t)\tilde\phi_0^3(0) \rangle & \langle\tilde{\phi_0}(t)\tilde{\phi_1}(0) & \langle\tilde \phi_0(t)O_{001}(0) \rangle \rangle & \langle\tilde \phi_0(t)O_{011}(0) \rangle \rangle \\ & \langle\tilde{\phi_0}^3(t)\tilde{\phi_0}^3(0) \rangle & \langle\tilde{\phi_0}^3(t)\tilde{\phi_1}(0) \rangle &\langle\tilde{\phi_0}^3(t)O_{001}(0) \rangle &\langle\tilde{\phi_0}^3(t)O_{011}(0) \rangle\\ & & \langle\tilde{\phi_1}(t)\tilde{\phi_1}(0) \rangle & \langle\tilde{\phi_1}(t)O_{001}(0) \rangle & \langle\tilde{\phi_1}(t)O_{011}(0) \rangle\\ &&& \langle O_{001}(t) O_{001}(0)\rangle& \langle O_{001}(t) O_{011}(0)\rangle\\ &&& & \langle O_{011}(t) O_{011}(0)\rangle& ...\\ &&&&& \langle O_{111}(t) O_{111}(0)\rangle \end{pmatrix}$$

23.2.0.1 ../../g0.25/out/G2t_T64_L24_msq0-4.868000_msq1-4.710000_l02.500000_l12.500000_mu5.000000_g0.250000_rep0_output

GEVP_phi0_phi03_phi1_meffl0(L24T64) = 0.132949(60) $\chi^2/dof=$ 0.016036

GEVP_phi0_phi03_phi1_meffl1(L24T64) = 0.426617(85) $\chi^2/dof=$ 1.2008

GEVP_phi0_phi03_phi1_meffl2(L24T64) = 0.43759(42) $\chi^2/dof=$ 192.02

GEVP_0_3_1_001_meffl0(L24T64) = 0.132948(59) $\chi^2/dof=$ 0.015004

GEVP_0_3_1_001_meffl1(L24T64) = 0.41737(37) $\chi^2/dof=$ 5.977

GEVP_0_3_1_001_meffl2(L24T64) = 0.426625(84) $\chi^2/dof=$ 1.2153

GEVP_0_3_1_001_meffl3(L24T64) = 0.7347(13) $\chi^2/dof=$ 9.3848

GEVP_0_3_1_001_011_meffl0(L24T64) = 0.132948(59) $\chi^2/dof=$ 0.014627

GEVP_0_3_1_001_011_meffl1(L24T64) = 0.41636(37) $\chi^2/dof=$ 1.6045

GEVP_0_3_1_001_011_meffl2(L24T64) = 0.426624(84) $\chi^2/dof=$ 1.2211

GEVP_0_3_1_001_011_meffl3(L24T64) = 0.70323(99) $\chi^2/dof=$ 0.33187

GEVP_0_3_1_001_011_meffl4(L24T64) = 1.0147(13) $\chi^2/dof=$ 2.2343

GEVP_0_3_1_001_011_111_meffl0(L24T64) = 0.132948(59) $\chi^2/dof=$ 0.014622

GEVP_0_3_1_001_011_111_meffl1(L24T64) = 0.41635(37) $\chi^2/dof=$ 1.5497

GEVP_0_3_1_001_011_111_meffl2(L24T64) = 0.426624(84) $\chi^2/dof=$ 1.2158

GEVP_0_3_1_001_011_111_meffl3(L24T64) = 0.70193(99) $\chi^2/dof=$ 0.24717

GEVP_0_3_1_001_011_111_meffl4(L24T64) = 0.9891(13) $\chi^2/dof=$ 1.1141

GEVP_0_3_1_001_l0(L24T64) = 1.30437(14) $\chi^2/dof=$ inf

GEVP_0_3_1_001_l1(L24T64) = 2.3070(17) $\chi^2/dof=$ inf

GEVP_0_3_1_001_l2(L24T64) = 2.34743(43) $\chi^2/dof=$ inf

GEVP_0_3_1_001_l3(L24T64) = 4.338(11) $\chi^2/dof=$ inf

23.2.1 GEVP_phi0_phi03_phi1_v

v0	v1	v2
-0.5279(86)	-0.182(47)	-0.007032(23)
0.8229(64)	0.889(66)	0.9999753(86)
0.2103(35)	-0.42(11)	0.000120(56)

23.2.2 GEVP_0_3_1_001_v

v0	v1	v2	v3
0.42(27)	0.0050(38)	-0.16(15)	-0.00146(95)
-0.47(31)	-0.54(42)	-0.24(19)	0.37(24)
-0.17(11)	-0.0018(15)	-0.39(36)	-0.0021(14)
0.70(46)	0.82(64)	0.86(66)	0.89(57)

23.2.3 GEVP_0_3_1_001_011_v

v0	v1	v2	v3	v4
0.5(1.9)	0.00560(21)	-0.195(78)	0.00102(26)	-0.0009619(14)
-0.5(2.3)	-0.604(25)	-0.23(15)	-0.358(91)	0.13157(45)
-0.18(76)	-0.00204(13)	-0.48(18)	0.00230(59)	-0.0005068(24)
0.6(2.3)	0.720(29)	0.74(11)	-0.55(14)	0.63206(76)
-0.4(1.6)	-0.324(13)	-0.35(12)	0.75(19)	0.76366(69)

23.2.4 GEVP_0_3_1_001_011_111_v

v0	v1	v2	v3	v4	v5
0.5(1.8)	0.00555(36)	-0.190(77)	0.00118(87)	-0.0008936(29)	-0.0007308(17)
-0.6(2.2)	-0.601(41)	-0.20(15)	-0.38(28)	0.15822(64)	0.04368(44)
-0.18(72)	-0.00213(19)	-0.46(18)	0.0028(21)	0.000364(16)	-0.0017530(34)
0.6(2.2)	0.727(50)	0.777(76)	-0.61(45)	0.69158(79)	0.3108(16)
-0.4(1.4)	-0.293(20)	-0.11(16)	0.68(50)	0.6018(42)	0.74116(72)
0.03(12)	0.0351(31)	0.26(12)	-0.14(11)	-0.3665(63)	0.5935(17)