In[]:=
Executing Exact Hybrid Integration & Abel Summation with Error Bounds...
Computation completed flawlessly in 14431.5 seconds.
Out[]=
Flavor Mix
J
q
x = (m_l+m_H)/(2 Sqrt[σ])
β
nMax Used
Exact Abel Residue |R| +/- Error
u (l-u)
1
0
0.326139
1.12565
2000
0.17471 +/- 0.00098
u (l-u)
2
0
0.326139
1.19169
2000
0.05933 +/- 0.00108
u (l-u)
3
0
0.326139
1.22633
2000
0.03080 +/- 0.00034
u (l-u)
4
0
0.326139
1.24919
10000
0.11545 +/- 0.01509
u (l-u)
5
0
0.326139
1.26597
2000
0.02355 +/- 0.00049
u (l-u)
6
0
0.326139
1.27909
2000
0.01756 +/- 0.00035
u (l-u)
7
0
0.326139
1.28977
2000
0.01919 +/- 0.00060
u (l-u)
8
0
0.326139
1.29873
2000
0.02734 +/- 0.00128
u (l-u)
1
-1
0.326139
1.05087
2000
0.45109 +/- 0.00067
u (l-u)
2
-1
0.326139
1.16534
2000
0.11739 +/- 0.00491
u (l-u)
3
-1
0.326139
1.21111
2000
0.03795 +/- 0.00038
u (l-u)
4
-1
0.326139
1.23875
2000
0.03081 +/- 0.00064
u (l-u)
5
-1
0.326139
1.25815
2000
0.03342 +/- 0.00110
u (l-u)
6
-1
0.326139
1.2729
10000
0.03659 +/- 0.00367
u (l-u)
7
-1
0.326139
1.28468
2000
0.01978 +/- 0.00086
u (l-u)
8
-1
0.326139
1.29444
2000
0.02812 +/- 0.00115
s (l-s)
1
0
0.425659
0.952286
2000
0.22484 +/- 0.00025
s (l-s)
2
0
0.425659
1.03932
2000
0.05657 +/- 0.00009
s (l-s)
3
0
0.425659
1.08599
2000
0.02534 +/- 0.00005
s (l-s)
4
0
0.425659
1.11712
2000
0.01498 +/- 0.00003
s (l-s)
5
0
0.425659
1.14013
2000
0.01080 +/- 0.00002
s (l-s)
6
0
0.425659
1.15819
2000
0.01042 +/- 0.00004
s (l-s)
7
0
0.425659
1.17295
2000
0.01095 +/- 0.00046
s (l-s)
8
0
0.425659
1.18537
2000
0.00697 +/- 0.00011
s (l-s)
1
-1
0.425659
0.857364
2000
0.82398 +/- 0.00057
s (l-s)
2
-1
0.425659
1.00427
2000
0.10093 +/- 0.00014
s (l-s)
3
-1
0.425659
1.06541
2000
0.03620 +/- 0.00006
s (l-s)
4
-1
0.425659
1.10288
2000
0.01896 +/- 0.00004
s (l-s)
5
-1
0.425659
1.12939
2000
0.01242 +/- 0.00003
s (l-s)
6
-1
0.425659
1.14965
2000
0.00996 +/- 0.00002
s (l-s)
7
-1
0.425659
1.16592
2000
0.01381 +/- 0.00060
s (l-s)
8
-1
0.425659
1.17941
2000
0.00820 +/- 0.00018
c (l-c)
1
0
2.08153
0.44573
2000
29.22913 +/- 0.49300
c (l-c)
2
0
2.08153
0.536772
10000
10.70256 +/- 0.83746
c (l-c)
3
0
2.08153
0.593889
10000
15.29128 +/- 2.79154
c (l-c)
4
0
2.08153
0.63564
10000
8.66310 +/- 1.19829
c (l-c)
5
0
2.08153
0.6685
10000
20.40966 +/- 29.86264
c (l-c)
6
0
2.08153
0.695538
10000
5.66384 +/- 6.97218
c (l-c)
7
0
2.08153
0.718464
10000
2.41482 +/- 1.16802
c (l-c)
8
0
2.08153
0.738329
10000
1.55612 +/- 1.03071
c (l-c)
1
-1
2.08153
0.365159
10000
137.37655 +/- 6.87261
c (l-c)
2
-1
2.08153
0.497849
10000
18.43320 +/- 1.05364
c (l-c)
3
-1
2.08153
0.567917
10000
10.23571 +/- 0.72426
c (l-c)
4
-1
2.08153
0.616158
10000
6.47116 +/- 0.68617
c (l-c)
5
-1
2.08153
0.652944
10000
3.62384 +/- 0.97230
c (l-c)
6
-1
2.08153
0.682619
10000
3.27840 +/- 2.54209
c (l-c)
7
-1
2.08153
0.707439
10000
2.75578 +/- 1.40931
c (l-c)
8
-1
2.08153
0.72873
10000
2.10658 +/- 1.92340
b (l-b)
1
0
6.24221
0.228783
2000
683.01621 +/- 21.97888
b (l-b)
2
0
6.24221
0.284484
10000
336.65477 +/- 26.58266
b (l-b)
3
0
6.24221
0.3222
10000
165.82324 +/- 12.55448
b (l-b)
4
0
6.24221
0.351361
10000
67.73609 +/- 7.94506
b (l-b)
5
0
6.24221
0.375365
10000
84.66291 +/- 17.62700
b (l-b)
6
0
6.24221
0.39587
10000
91.21325 +/- 24.63045
b (l-b)
7
0
6.24221
0.413824
10000
34.39822 +/- 7.89685
b (l-b)
8
0
6.24221
0.429824
10000
13.14867 +/- 2.00038
b (l-b)
1
-1
6.24221
0.183142
2000
21668.79705 +/- 463.18084
b (l-b)
2
-1
6.24221
0.260062
10000
1568.42682 +/- 74.63724
b (l-b)
3
-1
6.24221
0.304755
10000
203.42554 +/- 28.63065
b (l-b)
4
-1
6.24221
0.337576
10000
71.62477 +/- 7.69153
b (l-b)
5
-1
6.24221
0.363881
10000
141.80662 +/- 33.02195
b (l-b)
6
-1
6.24221
0.385985
10000
19.68734 +/- 2.01014
b (l-b)
7
-1
6.24221
0.405123
10000
24.04580 +/- 4.67663
b (l-b)
8
-1
6.24221
0.422039
10000
238.18551 +/- 91.07630
In[]:=
(*=========================================================================*)(*8.FASTPOST-PROCESSING:CalculateExactMasses&NormalizedCrossSections*)(*=========================================================================*)Mth[β_,x_]:=sqrtsigma*(Kcal[β,x]*(β+Sin[2*β]/2)+2*x*Cos[β]);​​​​(*Step8A:Calculaterawcrosssectionsanderrorsforallstates*)​​rawCrossSections=Map[Module[{flavor,J,q,x,β,finalNMax,bareIntegral,bareError,massPred,Kphys,crossSection,crossSectionErr},{flavor,J,q,x,β,finalNMax,bareIntegral,bareError}=#;​​massPred=Mth[β,x];​​Kphys=Kcal[β,x]/sqrtsigma;​​crossSection=(If[q==0,8*Pi*Sec[β]^2,4*Pi*Tan[β]^2]*bareIntegral)/Kphys;​​crossSectionErr=(If[q==0,8*Pi*Sec[β]^2,4*Pi*Tan[β]^2]*bareError)/Kphys;​​{flavor,J,q,x,β,massPred,crossSection,crossSectionErr}]&,results];​​​​(*Step8B:Extracttheρ(770)crosssection(flavor"u (l-u)",J=1,q=-1)*)​​rhoRef=SelectFirst[rawCrossSections,#[[1]]=="u (l-u)"&&#[[2]]==1&&#[[3]]==-1&];​​If[MissingQ[rhoRef],Print["[!] Warning: ρ(770) state not found in results. Normalizing by 15.9046."];​​sigmaRho=15.904594841351724`;,sigmaRho=rhoRef[[7]];];​​​​(*Step8C:Normalizeallcrosssectionsandformattheoutputstrings*)​​crossSectionResults=Map[Module[{flavor,J,q,x,β,massPred,crossSection,crossSectionErr,csStr},{flavor,J,q,x,β,massPred,crossSection,crossSectionErr}=#;​​csStr=ToString[NumberForm[crossSection/sigmaRho,{10,5}]]<>" +/- "<>ToString[NumberForm[crossSectionErr/sigmaRho,{10,5}]];​​{flavor,J,q,x,β,massPred,csStr}]&,rawCrossSections];​​​​Print["\n==========================================================================="];​​Print[" EXACT MASS SPECTRUM & NORMALIZED PARTIAL CROSS-SECTIONS (Phi_* = 0)"];​​Print["==========================================================================="];​​Print[" σ_J values are normalized to σ_ρ(770) = ",sigmaRho," GeV^-2"];​​​​headerCS={"Flavor","J","q","x","β","M_th (GeV)","σ_J / σ_ρ +/- Error"};​​formattedTableCS=Prepend[crossSectionResults,headerCS];​​​​Grid[formattedTableCS,Frame->All,Alignment->Center,Spacings->{2,1}]
===========================================================================
EXACT MASS SPECTRUM & NORMALIZED PARTIAL CROSS-SECTIONS (Phi_* = 0)
===========================================================================
σ_J values are normalized to σ_ρ(770) = 5.99184 GeV^-2
Out[]=
Flavor
J
q
x
β
M_th (GeV)
σ_J / σ_ρ +/- Error
u (l-u)
1
0
0.326139
1.12565
1.16949
0.98892 +/- 0.00557
u (l-u)
2
0
0.326139
1.19169
1.58753
0.32626 +/- 0.00594
u (l-u)
3
0
0.326139
1.22633
1.91151
0.16716 +/- 0.00187
u (l-u)
4
0
0.326139
1.24919
2.18598
0.62167 +/- 0.08123
u (l-u)
5
0
0.326139
1.26597
2.42854
0.12611 +/- 0.00264
u (l-u)
6
0
0.326139
1.27909
2.64829
0.09365 +/- 0.00189
u (l-u)
7
0
0.326139
1.28977
2.85068
0.10204 +/- 0.00321
u (l-u)
8
0
0.326139
1.29873
3.0393
0.14501 +/- 0.00678
u (l-u)
1
-1
0.326139
1.05087
0.879096
1.00000 +/- 0.00149
u (l-u)
2
-1
0.326139
1.16534
1.39556
0.27556 +/- 0.01153
u (l-u)
3
-1
0.326139
1.21111
1.75742
0.09075 +/- 0.00091
u (l-u)
4
-1
0.326139
1.23875
2.05354
0.07439 +/- 0.00156
u (l-u)
5
-1
0.326139
1.25815
2.31056
0.08122 +/- 0.00268
u (l-u)
6
-1
0.326139
1.2729
2.54087
0.08934 +/- 0.00895
u (l-u)
7
-1
0.326139
1.28468
2.7514
0.04848 +/- 0.00211
u (l-u)
8
-1
0.326139
1.29444
2.94654
0.06911 +/- 0.00282
s (l-s)
1
0
0.425659
0.952286
1.21319
0.68989 +/- 0.00077
s (l-s)
2
0
0.425659
1.03932
1.62547
0.16406 +/- 0.00026
s (l-s)
3
0
0.425659
1.08599
1.94629
0.07159 +/- 0.00013
s (l-s)
4
0
0.425659
1.11712
2.21863
0.04167 +/- 0.00008
s (l-s)
5
0
0.425659
1.14013
2.4596
0.02971 +/- 0.00006
s (l-s)
6
0
0.425659
1.15819
2.67809
0.02843 +/- 0.00012
s (l-s)
7
0
0.425659
1.17295
2.87946
0.02970 +/- 0.00125
s (l-s)
8
0
0.425659
1.18537
3.06721
0.01881 +/- 0.00029
s (l-s)
1
-1
0.425659
0.857364
0.928839
0.77876 +/- 0.00054
s (l-s)
2
-1
0.425659
1.00427
1.43584
0.10645 +/- 0.00015
s (l-s)
3
-1
0.425659
1.06541
1.79361
0.03959 +/- 0.00007
s (l-s)
4
-1
0.425659
1.10288
2.08717
0.02115 +/- 0.00004
s (l-s)
5
-1
0.425659
1.12939
2.34237
0.01404 +/- 0.00003
s (l-s)
6
-1
0.425659
1.14965
2.57127
0.01136 +/- 0.00003
s (l-s)
7
-1
0.425659
1.16592
2.78067
0.01586 +/- 0.00069
s (l-s)
8
-1
0.425659
1.17941
2.97486
0.00948 +/- 0.00021
c (l-c)
1
0
2.08153
0.44573
2.329
28.66200 +/- 0.48343
c (l-c)
2
0
2.08153
0.536772
2.6581
8.84795 +/- 0.69234
c (l-c)
3
0
2.08153
0.593889
2.92541
11.55210 +/- 2.10892
c (l-c)
4
0
2.08153
0.63564
3.15816
6.16875 +/- 0.85327
c (l-c)
5
0
2.08153
0.6685
3.36773
13.92078 +/- 20.36835
c (l-c)
6
0
2.08153
0.695538
3.56027
3.73658 +/- 4.59974
c (l-c)
7
0
2.08153
0.718464
3.73954
1.55093 +/- 0.75017
c (l-c)
8
0
2.08153
0.738329
3.90808
0.97742 +/- 0.64740
c (l-c)
1
-1
2.08153
0.365159
2.11494
10.36944 +/- 0.51876
c (l-c)
2
-1
2.08153
0.497849
2.50441
1.86064 +/- 0.10635
c (l-c)
3
-1
2.08153
0.567917
2.79716
1.16374 +/- 0.08234
c (l-c)
4
-1
2.08153
0.616158
3.04521
0.79049 +/- 0.08382
c (l-c)
5
-1
2.08153
0.652944
3.26538
0.46536 +/- 0.12486
c (l-c)
6
-1
2.08153
0.682619
3.46586
0.43715 +/- 0.33897
c (l-c)
7
-1
2.08153
0.707439
3.65138
0.37856 +/- 0.19360
c (l-c)
8
-1
2.08153
0.72873
3.82502
0.29652 +/- 0.27074
b (l-b)
1
0
6.24221
0.228783
5.62966
422.22810 +/- 13.58694
b (l-b)
2
0
6.24221
0.284484
5.87462
168.16847 +/- 13.27878
b (l-b)
3
0
6.24221
0.3222
6.07799
73.41825 +/- 5.55849
b (l-b)
4
0
6.24221
0.351361
6.25798
27.59199 +/- 3.23638
b (l-b)
5
0
6.24221
0.375365
6.42218
32.37648 +/- 6.74085
b (l-b)
6
0
6.24221
0.39587
6.57468
33.16284 +/- 8.95501
b (l-b)
7
0
6.24221
0.413824
6.71802
11.99309 +/- 2.75327
b (l-b)
8
0
6.24221
0.429824
6.85388
4.42376 +/- 0.67301
b (l-b)
1
-1
6.24221
0.183142
5.4739
276.63442 +/- 5.91319
b (l-b)
2
-1
6.24221
0.260062
5.75944
28.27149 +/- 1.34536
b (l-b)
3
-1
6.24221
0.304755
5.97995
4.27885 +/- 0.60222
b (l-b)
4
-1
6.24221
0.337576
6.17031
1.66291 +/- 0.17857
b (l-b)
5
-1
6.24221
0.363881
6.34175
3.53788 +/- 0.82385
b (l-b)
6
-1
6.24221
0.385985
6.49971
0.51956 +/- 0.05305
b (l-b)
7
-1
6.24221
0.405123
6.64738
0.66435 +/- 0.12921
b (l-b)
8
-1
6.24221
0.422039
6.7868
6.83931 +/- 2.61518