Mass Spectra for the (Subscript[m, q])=0 Limit

mρs={};
fρs={};
fπs={};

nf={1,2,3,4,5,6(*,6.5*)};

AppendTo[mρs,Vmass1];
AppendTo[fρs,(Sqrt[fvsq1])];
AppendTo[fπs,(Sqrt[fpisq1])];
mρs
fρs
fπs

mρs={0.6525908340469759`,0.53928165240875`,0.4140529760933293`,0.28102520697447336`,0.14715332189846925`,0.034898552985857846`(*,0.004680959854935987`*)};
fρs={0.19047731624929923`,0.15727990881697074`,0.12061790329946713`,0.08173078090693837`,0.04269516552100408`,0.010089375514617072`(*,0.0013499514050713936`*)};
fπs={0.03142158956752227`,0.02706339760879671`,0.02189198619040823`,0.015890820424763957`,0.009114769961352909`,0.002470704256990898`(*,0.0003663677963482985`*)};

mρf={};
fρf={};
fπf={};

AppendTo[mρf,Vmass];
AppendTo[fρf,(Sqrt[fvsq])];
AppendTo[fπf,(Sqrt[fpisq])];
mρf
fρf
fπf

mρf={0.49083827985053874`,0.37065547048030134`,0.24864952790671854`,0.1368063709711993`,0.0508731213100685`,0.006638324494158193`(*,0.0005503160062284867`*)};
fρf={0.15584284716215221`,0.1399813116906068`,0.10390687842227629`,0.06137979444801648`,0.0240981571912482`,0.0032822230582970832`(*,0.00027717678886608917`*)};
fπf={0.0212958961596657`,0.02129567144734317`,0.016754637239716097`,0.01028960677807438`,0.004178590504372538`,0.0005918607217100634`(*,0.00005120236044203409`*)};

mσs={};
mas={};
fσs={};
fas={};

AppendTo[mσs,Smass1];
AppendTo[mas,Amass1];
AppendTo[fσs,(Sqrt[fssq1])];
AppendTo[fas,(Sqrt[fasq1])];
mσs
mas
fσs
fas

mσs={0.3155385848636212`,0.2116273111268706`,0.12633318206156788`,0.06295731379338286`,0.021631583581985206`,0.0026481680856298893`(*,0.0001882962129329658`*)};
mas={1.3019747446126628`,1.0943425091780796`,0.8573083345372069`,0.5958272117345186`,0.3211123056264381`,0.07891610307683382`(*,0.010823282837327522`*)};
fσs={0.6838607861988858`,0.7453062561920766`,0.8334030257908737`,0.8815205653337234`,0.586282418814648`,0.1217738548021793`(*,0.014412172682731664`*)};
fas={0.2759758804980923`,0.22959120614842565`,0.17720371936703894`,0.12045603775293191`,0.06267569505631417`,0.014509467642306869`(*,0.0018948539310406688`*)};

mσf={};
maf={};
fσf={};
faf={};

AppendTo[mσf,Smass];
AppendTo[maf,Amass];
AppendTo[fσf,(Sqrt[fssq])];
AppendTo[faf,(Sqrt[fasq])];
mσf
maf
fσf
faf

mσf={0.6213547944506747`,0.45903025945692505`,0.30019184973089236`,0.1571337642677766`,0.05119258864846605`,0.004888393718480693`(*,0.0003110434431935212`*)};
maf={0.8152814565577899`,0.5306513916812133`,0.329775072923133`,0.1735031449891431`,0.0627261325087228`,0.008041099523702048`(*,0.0006625715469732783`*)};
fσf={0.3006971284315328`,0.2910927945228089`,0.2361279933559697`,0.15151611973558693`,0.06064467204793998`,0.008621635218719979`(*,0.0008182169059969071`*)};
faf={0.19686579365435286`,0.15359912611229778`,0.10810308456320883`,0.0623462689306403`,0.024153409384390964`,0.0032582125364467285`(*,0.0002738132804330092`*)};

Show[ListPlot[{Table[{nf[[i]],((mρs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mρf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mσs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mσf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mas[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((maf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}]}],ListPlot[{Table[{nf[[i]],((mρs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mρf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mσs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mσf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((mas[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((maf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}]},Joined->True],AxesOrigin->{1,0},AxesLabel->{(Subscript[N, f]),M},PlotRange->All,ImageSize->Large]
(*blue is the ρ symmetric, ochre is the ρ fundamental, green is the σ symmetric, orange is the σ fundamental, purple is the axial symmetric, brown is the axial fundamental*)

Show[ListLogPlot[{Table[{nf[[i]],((fρs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fρf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fσs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fσf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fas[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((faf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fπs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fπf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}]}],ListLogPlot[{Table[{nf[[i]],((fρs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fρf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fσs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fσf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fas[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((faf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fπs[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}],Table[{nf[[i]],((fπf[[i]])/(mρs[[i]]))},{i,1,Dimensions[nf][[1]],1}]},Joined->True],AxesOrigin->{1,-5},AxesLabel->{(Subscript[N, f]),F},PlotRange->All,ImageSize->Large]
(*blue is the ρ symmetric, ochre is the ρ fundamental, green is the σ symmetric, orange is the σ fundamental, purple is the axial symmetric, brown is the axial fundamental, cyan is the π symmetric, yellow is the π fundamental*)

(*1*)(*nf*)
0.2
0.14
0.17

(*2*)
0.17
0.091
0.13

(*3*)
0.13
0.045
0.09

(*4*)
0.09
0.012
0.044

(*5*)
0.05
0.00016
0.017

(*6*)
0.011
5.*(10^(-13))
0.0021

(*6.5*)
0.0014
1.3*(10^(-13))
0.00017