NMSSMBenchmarkPoints < LHCPhysics

LHCPhysics Web>LHCHXSWG>LHCHXSWG3>LHCHXSWGNMSSM>NMSSMBenchmarkPoints (2018-10-10, RompotisNikolaos) (raw view)

---+ Benchmark points

%TOC%

Notice: this twiki summarizes the benchmark points that were discussed in the context of the Yellow Report 4. For the post-YR4 points please look at NMSSMBenchmarksPostYR4

---++ SM input parameters

%RED% New (according to LHCHXSWG-INT-2015-006) %ENDCOLOR%, (previous values)

%RED% m_charm(3 GeV) = 0.986 ± 0.026 GeV, m_charm^OS = 1.51 ± 0.13 GeV %ENDCOLOR% (m_charm = 1.4 GeV)

%RED% m_bottom(m_bottom) = 4.18 ± 0.03 GeV, m_bottom^OS = 4.92 ± 0.13 GeV %ENDCOLOR% (m_bottom = 4.75 GeV)

%RED% m_top^OS = 173.3 ± 0.8 GeV (current world average).
However, several ATLAS and CMS analyses still based on m_top^old =172.5 GeV. Recommendation: Use 173.3 GeV only in cases where no significant inconsistencies with bkg simulations etc. are expected, stick to m_top^old =172.5 GeV otherwise. %ENDCOLOR% (m_top = 172.5 GeV)

%RED% G_F = 1.1663787(6) 10-5 GeV -2 %ENDCOLOR% (G_F = 1.16637 10-5 GeV -2)

%RED% MZ = 91.1876 ± 0.0021 GeV %ENDCOLOR% (MZ = 91.1876 GeV)

%RED% Added: Gamma_Z = 2.49436 GeV %ENDCOLOR%

%RED% MW = 80.385 ± 0.015 GeV %ENDCOLOR% (MW = 80.398 GeV)

%RED% Added: Gamma_W = 2.08718 GeV %ENDCOLOR%

%RED% mb(mb) = 4.18 ± 0.03 GeV %ENDCOLOR% (mb(mb) = 4.16 GeV)

alpha_s(MZ) = 0.119 %RED% For the default value of alpha_s(MZ) and the estimates of the uncertainties follow the latest PDF4LHC recommendation %ENDCOLOR%

alpha_em(MZ)^-1 = 127.92 (MSbar), 128.94 (OS)

If alpha_em(MZ), GF, MZ are inputs, then MW is output. (SLHA convention)

If GF, MZ, MW are inputs alpha_em(MZ) is not needed.

%RED% Added: lepton masses (from the PDG): %ENDCOLOR%

m_e = 0.510998928 ± 0.000000011 MeV

m_mu = 105.6583715 ± 0.0000035 MeV

m_tau = 1776.82 ± 0.16 MeV

---++ Overview - Classification of Benchmark Points

H_125=SM-like Higgs boson, a1=singlet-like pseudoscalar, h1=singlet-like scalar, A=doublet-like pseudoscalar, H=doublet-like scalar

| *Overall feature* | *Signature* | *Benchmark Points* |
| *I) Higgs-to-Higgs Decays* |||
| *1) SM H_125 production and decays* |||
| a) H_125 -&gt; a1 a1 or h1 h1 | various h1, a1 decays -&gt; bb / tau tau / mu mu  | BP2_P1, BP9_P1 |
| ^ | ^ | BP4_P1, BP4_P2 |
| ^ | possibly a1 very light | |
| b) H_125 -&gt; h1 h1 -&gt; 4a1 | various a1 decays -&gt; bb / tau tau /mu mu | BP4_P2 |
| ^ | possibly a1 very light | |
| _Comment_ | _Limited by present or future signal rates of H_125 into SM channels,_ ||
| ^ | _will be searched for in any case, except perhaps for a1 very light_ |||
| c) H_125 -&gt; chi0_2 + chi0_1 -&gt; h1 + chi0_1 + chi0_1 | | ? |
| d) H_125 -&gt; a1 a1 -&gt; 4 photons or 4 electrons | Comment: This was briefly discussed at the end of the last meeting, where it was mentioned that this type of signature is of interest in ATLAS and that a benchmark point for the difficult phase space corner for m_a1 ~ 1 !GeV would be useful. | |
| *2) Direct h1, a1 production and decays* |||
| a) h1,a1 -&gt; SM | h1 -&gt; bb, tau tau, mu mu, diphoton | BP1_P1,2, BP4_P1,2, BP7_P1,2, BP8_1,2, BP9_1,2 |
| b) h1 -&gt; non-SM | h1 -&gt; a1 a1, a1 possibly very light | BP2_P1,2, BP3, BP4_2, BP7_P2, BP9_P2 |
| c) h1 -&gt; H_125 H_125 | | BP9_P2 |
| d) a1 -&gt; Z h1 | Z+bb  | BP8_P1,2 |
| e) a1 -&gt; chi0_1 chi0_1 | | BP4_P1,2, BP8_P2, BP9_P2 |
| *3) Heavy H/A production via ggF, decays into 2 Higgs or Higgs+gauge final states* |||
| a) Scalar -&gt; gauge Higgs | H -&gt; Z a1 or A -&gt; Z h1 ... | BP2_P2, BP7_P1, BP8_P1, BP8_P2 |
| b) Scalar -&gt; 2 light scalars | H -&gt; h1 h1 | BP7_P1, BP7_P2, BP8_P2 |
| c) Scalar -&gt; H_125 light scalar | H -&gt; H_125 h1 | BP7_P1, BP7_P2, BP8_P1, BP8_P2 |
| d) Scalar -&gt; 2 light pseudoscalars | H -&gt; a1 a1 -&gt; bb + diphoton, -&gt; 4 photon -&gt; 2tau 2photon | BP7_P2 |
| e) Pseudo -&gt; scalar pseudoscalar | A -&gt; a1 h1, a1 H_125 -&gt; 4b, 2b 2gam, 2tau 2gam or invisible | BP7_P1, BP7_P2 |
| f) H -&gt; H_125 H_125 | | BP7_P2 |
| _Comment_ | _Possible search channels bb+bb, bb+diphoton, bb+2 tau, bb+ll (on-Z)_ ||
| ^ | _possibly with E_T_miss, vetos (?)_ ||
| ^ | _peaks in bb / diphoton / 2 tau inv. masses at or below 125 geV, total inv mass_ ||
| *4) Heavy H/A production via ggF, decays into &gt;= 3 Higgs or Higgs+gauge* |||
| a) Scalar -&gt; multi-Higgs | H -&gt; H_125 Hs -&gt; H_125 a1 a1 | BP7_P2 |
| b) Pseudo -&gt; multi-Higgs | A -&gt; a1 + Hs -&gt; a1 a1 a1 | BP7_P2 |
| c) Pseudo -&gt; gauge di-Higgs | A -&gt; Z Hs -&gt; Z a1 a1 | BP7_P2 |
| _Comment_ | _Possible search channels bb+bb+bb, bb+bb+diphoton, bb+bb+2tau, bb+bb+ll (on-Z)_ ||
| ^ | _bb+4photon, tautau+4photon, bb+tautau+2photon, possibly with E_T_miss, vetos (?)_ ||
| ^ | _peaks in bb / diphoton / 2 tau inv masses at or below 125 geV, total inv mass_ ||
| *II) Other (non-)SM Higgs Decays* |||
| *1) Invisible final states* |||
| a) H_125 -&gt; invisible | H_125 -&gt; chi1^0 chi1^0 | BP9_P1, BP9_P2 |
| b) H/A -&gt; invisible | H/A -&gt; chi1^0 chi1^0 | BP7_P1,P2, BP8_P1,P2, BP9_P2 |
| c) H/A -&gt; SM | H/A -&gt; tt | BP8_P1 |
| d) H/A -&gt; SUSY | H/A -&gt; chi+ chi-, chi1^0 ch2^0, ... | BP7_P1,P2, BP8_P1,P2 |
| *III) Gluino/Squark production and decays*  |||
| *1) Unusual decay chains via singlino* |||
| a) Many taus | | BP1_P2, BP3 |
| b) More ? | | |
| *2) Higgs bosons in each decay cascade* |||
| a) SM Higgs | 2 H_125 | BP5_P4 |
| b) light scalar | 2 h1, with h1 -&gt; bb, tau tau, ... | BP5_P9 |
| c) light scalars+pseudos | 2 h1 with h1 -&gt; a1 a1 | BP3 |
| d) very low E_T_miss | like a)-c) but with very low E_T_miss | BP5_P4, BP5_P9 |
| _Comment_ | _Possible search channels jets + [bb+bb, bb+diphoton, bb+2tau, bb+ll (on-Z)]_ ||
| ^ | _with or without E_T_miss_ ||
| ^ | _peaks in bb / diphoton / 2 tau inv mass at or below 125 geV_ ||
| *3) Jets + displaced vertices* | | BP1_P2 |
| *IV) EWino production and decays* |||
| *1) Gaugino decay cascades* |||
| chargino/neutralino | chargino_1 + neutralino_x production | BP3, BP6 |
| ^ | with Higgs(es) in neutralino_x decay cascades | |
| _Comment_ | _Possible search channels &gt;= 1 lepton + [bb+bb, bb+diphoton, bb+2tau, bb+ll (on/below-Z)]_ ||
| ^ | _with or without E_T_miss_ ||
| ^ | _peaks in bb / diphoton / 2 tau inv masses at or below 125 geV_ ||
| *2) Leptons* |||
| Leptons + displaced vertices || BP1_P1 |
| *V) Stop Production* |||
| stop production w/ H_125 / Hs in decay cascade || ? |

----------------

BP1_P2, BP1_P5 by Allanach/Badziak/Hugonie/Ziegler

BP2_P1, BP2_P2 by Aggleton/Barducci/Bomark/Moretti/Nikitenko/Sheperd

BP3_h'60 by Potter

BP4_P1, BP4_P2 by Barducci/Belanger/Hugonie

BP5_P3, BP5_P4 by Ellwanger/Teixeira

BP6_LSP1       by Han/Kim/Munir/Park

BP7_P1, BP7_P2 by King/Muhlleitner/Nevzorov/Walz

BP8_P1, BP8_P2 by Beskidt/de Boer/Kazakov

BP9_P1, BP9_P2 by Christensen/Han/Liu/Su

---++ Description of Benchmark Points

---+++ BP1

| *BP1 by B. Allanach, M. Badziak, C. Hugonie and R. Ziegler* ||
| _Main Features_ | Minimal Gauge Mediation combined with Z_3-invariant NMSSM (gravitino LSP) |
| ^ | 2 points (P1, P2), spectrums computed with NMSSMTools v4.7.0 for m_top=172.5 and 173.1 GeV |
| ^ | ggF cross sections obtained with private HIGLU version adapted to the NMSSM by M. Muhlleitner |
| *BP1_P1* ||
| _Spectrum_ | Mh1(singlet) = 93 GeV, Mh2(SM-like) = 123 GeV, Mh3(doublet) = 891 GeV, |
| ^ | Ma1(singlet) = 26 GeV, Ma2(doublet) = 891 GeV |
| ^ | Mchi_1^0(singlino, NLSP) = 102 GeV, mstau1(NNLSP) = 332 GeV |
| _Signatures/Rates_ | |
| A1 | ggF(a1) = 10 fb, a1 -&gt; bb (91%) and tautau (8%) |
| H1 | ggF(h1) = 15 pb, h1 -&gt; bb (84%) and tautau (8%) |
| chi_1^0 | Decays to gravitino + a1 (100%) inside the detector (displaced vertex) |
| stau1 | Decays to chi_1^0 + tau (100%) |
| _Maximum / Unique signature_ | Possibility to produce directly a 93 GeV scalar |
| ^ | The 26 GeV pseudo-scalar will appear at the end of every sparticle decay chain |
| *BP1_P2* ||
| _Spectrum_ | Mh1(singlet) = 93 GeV, Mh2(SM-like) = 124 GeV, Mh3(doublet) = 1.4 TeV, |
| ^ | Ma1(singlet) = 32 GeV, Ma2(doublet) = 1.4 TeV |
| ^ | Mchi_1^0(singlino, NLSP) = 103 GeV, mchi_2^0(bino, NNLSP) = 397 GeV |
| _Signatures/Rates_ | |
| A1 | ggF(a1) = 0.1 fb, a1 -&gt; bb (91%) and tautau (9%) |
| H1 | ggF(h1) = 15 pb, h1 -&gt; bb (84%) and tautau (8%) |
| chi_1^0 | Decays to gravitino + a1 (100%) but long lived (quasi stable) |
| chi_2^0 | Decays to chi_1^0 h1 (22%), chi_1^0 h2 (78%) |
| _Maximum / Unique signature_ | Possibility to produce directly a 93 GeV scalar |
| ^ | which can also appear at the end of every sparticle decay chain |
| _Provided Material_ | P1_#mtop#.inp, P1_#mtop#.spectr, P1_#mtop#_A1.out, P1_#mtop#_H1.out |
| ^ | P2_#mtop#.inp, P2_#mtop#.spectr, P2_#mtop#_A1.out, P2_#mtop#_H1.out |
| ^ | Paper 1502.05836 (where other points are discussed) and Benchmarks_NMGMSB.pdf |

---+++ BP2

| *BP2 by R. Aggleton, D. Barducci, N-E. Bomark, S. Moretti, A. Nikitenko, C. Shepherd-Themistocleous* ||
| *BP2_P1* ||
| _Main Features_ | Light pseudoscalar, mA1 ~ 8 GeV. |
| _Spectrum_ | MH1=Mh (SM-like) = 123.3 GeV, MH2=480 GeV, MA1=8.6 GeV, |
| ^ | MH3=2254 GeV, MA2=2255 GeV |
| ^ | tanbeta=28, lambda=0.2, kappa=0.24, mueff=200 GeV |
| _Signatures/Rates_ | |
| H1 | ggF(H1) = 43.16 pb at 13 TeV |
| ^ | BR(H1 -&gt; A1 A1) = 0.0969 |
| ^ | BR(A1 -&gt; tau tau) = 0.884 |
| ^ | BR(A1 -&gt; mu mu) = 0.00343 |
| ^ | ggF(H1) -&gt; A1 A1 -&gt; 4 tau = 3.27 pb |
| ^ | ggF(H1) -&gt; A1 A1 -&gt; 2 tau + 2 mu = 0.0254 pb |
| _Maximum / Unique signature_ | Considerable cross-section for very light pseudoscalar boson production with 4-tau final state, with possibility for 2tau+2mu final state for resonance search, free from Upsilon contamination. |
| _Provided Material_ | h1_a1_8_inp.slha/h1_a1_8_spectr.slha as input/output for NMSSMTools, h1_a1_8_sushi.[in/out] as input/output for SusHi for ggF(H1)  |
| _Additional Information_ | ggF cross-section obtained with SusHi 1.5.0 at NNLO, spectrum and BR obtained with NMSSMTools 4.7.0 |
| *BP2_P2* ||
| _Main Features_ | GMSB model, lightest scalar is SM-like, light pseudoscalar just above Mh/2. |
| _Spectrum_ | MH1=Mh (SM-like)=125.9 GeV, MH2=201 GeV, MA1=65 GeV, |
| ^ | MH3=448 GeV, MA2=440 GeV |
| ^ | tanbeta=2.266, lambda=0.644, kappa=0.351, mu_eff=178 GeV, A_kappa=100 GeV, A_lambda = -312 GeV |
| _Signatures/Rates_ | |
| H2 | ggF(H2) = 0.857 pb at 13 TeV |
| ^ | BR(H2 -&gt; A1 A1) = 0.91 |
| ^ | BR(A1 -&gt; bb) = 0.906 |
| ^ | BR(A1 -&gt; tautau) = 0.0876 |
| ^ | ggF(H2) -&gt; A1 A1 -&gt; 4b = 0.641 pb |
| ^ | ggF(H2) -&gt; A1 A1 -&gt; 2b+2tau = 0.124 pb |
| ^ | ggF(H2) -&gt; A1 A1 -&gt; 4tau = 6 fb |
| H3 | ggF(H3) = 1.254 pb at 13 TeV |
| ^ | BR(H3 -&gt; Z A1) = 0.0376 |
| ^ | gg -&gt; H3 -&gt; ZA1 -&gt; ll + bb = 2.88 fb |
| _Maximum / Unique signature_ | H3 -&gt; ZA1 of particular interest, could potentially use fat b-jet techniques for A1-&gt;bb as in http://arxiv.org/abs/1409.8393, http://arxiv.org/abs/1503.04228, |
| _Provided Material_ | h1_a1_65_inp.slha/h1_a1_65_spectr.slha as input/output for NMSSMTools, h1_a1_65_sushi_ggh[2/3].[in/out] as input/output for SusHi for ggF(H2) and ggF(H3)  |
| _Additional Information_ | ggF cross-section obtained with SusHi 1.5.0 at NNLO, spectrum and BR obtained with NMSSMTools 4.7.0 |

---+++ BP3

| *BP3 by C.T. Potter* ||
| *BP3_h'60* ||
| _Main Features_ | Natural NMSSM: light h1, a1, singlino, higgsinos with sensitivity at 8 TeV and discovery at LHC13 |
| _Spectrum_ | MH2=Mh (SM-like) = 122.8 GeV, MH1=MHs (singlet) = 55.7 GeV, MA1=MAs (singlet) = 10.0 GeV, |
| ^ | MH3=MH (doublet) = 1063 GeV, MA2=MA (doublet) = 1061 GeV |
| ^ | tanbeta=15.5, lambda=0.035, kappa=0.006 |
| _Signatures/Rates_ | |
| ^ | gluino pair production @14TeV: 5.8pb (Pythia8) |
| ^ | gluino -&gt; stop1 top: 0.94 |
| ^ | stop1 -&gt;chi3 top: 0.15 |
| ^ | chi3 -&gt; h1 chi1: 0.80 |
| ^ | h1 -&gt; 2a1: 0.72 |
| ^ | a1-&gt;mu+mu-: 0.003 |
| ^ | a1-&gt;tau+tau-: 0.81 |
| _Maximum / Unique signature_ | gluino pair production with 4tops and up to 4 a1 |
| _Provided Material_ | h60p.slha |
| _Additional Information_ | |

---+++ BP4

| *BP4 by D. Barducci, G. Belanger and C. Hugonie* ||
| _Main Features_ | nMSSM (k=0) with universality at MGUT in the gaugino/sfermion sector |
| ^ | 2 points (P1, P2), spectrums computed with NMSSMTools v4.7.0 for m_top=172.5 and 173.1 GeV |
| ^ | ggF cross sections obtained with private HIGLU version adapted to the NMSSM by M. Muhlleitner |
| *BP4_P1* ||
| _Spectrum_ | Mh1(singlet) = 37 GeV, Mh2(SM-like) = 122 GeV, Mh3(doublet) = 2.1 TeV, |
| ^ | Ma1(singlet) = 7 GeV, Ma2(doublet) = 2.1 TeV Mchi_1^0(singlino, LSP) = 3 GeV |
| _Signatures/Rates_ | |
| A1 | ggF(a1) = 113 pb, a1 -&gt; chi_1^0chi_1^0 (73%) and tautau (25%) |
| H1 | ggF(h1) = 12 pb, h1 -&gt; bb (85%) and tautau (7%) chi_1^0chi_1^0 (7%) |
| _Maximum / Unique signature_ | Possibility to produce directly 2 light states (a1, h1) |
| ^ | The SM-like Higgs state (h2) can also decay to a1a1 (8%) |
| *BP4_P2* ||
| _Spectrum_ | Mh1(singlet) = 44 GeV, Mh2(SM-like) = 122 GeV, Mh3(doublet) = 2.4 TeV, |
| ^ | Ma1(singlet) = 7 GeV, Ma2(doublet) = 2.4 TeV Mchi_1^0(singlino, LSP) = 3 GeV |
| _Signatures/Rates_ | |
| A1 | ggF(a1) = 112 pb, a1 -&gt; chi_1^0chi_1^0 (73%) and tautau (25%) |
| H1 | ggF(h1) = 1.6 pb, h1 -&gt; bb (65%), a1a1 (27%) and tautau (6%) |
| _Maximum / Unique signature_ | Possibility to produce directly 2 light states (a1, h1) |
| ^ | The SM-like Higgs state (h2) can also decay to h1h1 (9%) |
| _Provided Material_ | P1_#mtop#.inp, P1_#mtop#.spectr, P1_#mtop#.omega, P1_#mtop#_A1.out, P1_#mtop#_H1.out |
| ^ | P2_#mtop#.inp, P2_#mtop#.spectr, P2_#mtop#.omega, P2_#mtop#_A1.out, P2_#mtop#_H1.out |
| ^ | Motivation.pdf |

---+++ BP5

| *BP5 by U. Ellwanger and A. M. Teixeira* ||
| *BP5_P4* ||
| _Main Features_ | A light singlino-LSP; all squark/gluino decay cascades end with bino -&gt; H2 + singlino where H2 is SM-like, the singlino carries little ETmiss |
| _Spectrum_ | MH2=Mh (SM-like) = 125.0 GeV, MH1=MHs (singlet) = 91.2 GeV, M_LSP (singlino) = 3.2 GeV, M_NLSP (bino) = 130 GeV, M_squarks ~ 1.5 TeV, M_gluino ~ 1.3 TeV, M_stops/sbottoms ~ 2 TeV |
| _Signatures/Rates_ | |
| Squark + gluino production | Jets + H2 + H2, H2 + H2 -&gt; bb + bb: 63.1 fb |
| ^ | Jets + H2 + H2, H2 + H2 -&gt; bb + tau+ tau-: 13.9 fb |
| ^ | Jets + H2 + H2, H2 + H2 -&gt; gamma + gamma + X: 0.8 fb |
| _Maximum / Unique signature_ | Hard jets, little ETmiss, invariant masses of b+b/tau+tau/gamma+gamma peak at the SM Higgs mass |
| _Provided Material_ | BP5_P4.spectr (SLHA-format) |
| _Additional Information_ | Spectrum and decays from NMSSMTools_4.7.0, squark/gluino Xsects from prospino (NLO), simulations in JHEP 1504 (2015) 172, arXiv:1412.6394 |
| *BP5_P9* ||
| _Main Features_ | A light singlino-LSP; all squark/gluino decay cascades end with bino -&gt; H1 + singlino where H1 is a light NMSSM-like state, the singlino carries little ETmiss |
| _Spectrum_ | MH2=Mh (SM-like) = 125.1 GeV, MH1=MHs (singlet) = 82.3 GeV, M_LSP (singlino) = 5.3 GeV, M_NLSP (bino) = 88.7 GeV, M_squarks ~ 1.1 TeV, M_gluino ~ 900 GeV, M_stops/sbottoms ~ 2 TeV |
| _Signatures/Rates_ | |
| Squark + gluino production | Jets + H1 + H1, H1 + H1 -&gt; bb + bb: 1.34 pb |
| ^ | Jets + H1 + H1, H1 + H1 -&gt; bb + tau+ tau-: 272 fb |
| ^ | Jets + H1 + H1, H1 + H1 -&gt; gamma + gamma + X: 3.7 fb |
| _Maximum / Unique signature_ | Hard jets, little ETmiss, invariant masses of b+b/tau+tau/gamma+gamma peak at the new NMSSM-like Higgs mass of 82.3 GeV |
| _Provided Material_ | BP5_P9.spectr (SLHA-format) |
| _Additional Information_ | Spectrum and decays from NMSSMTools_4.7.0, squark/gluino Xsects from prospino (NLO), simulations in JHEP 1504 (2015) 172, arXiv:1412.6394 |

---+++ BP6

| *BP6 by C. Han, D. Kim, S. Munir and M. Park* ||
| _Main Features_ | Singlino-like LSP with a mass just above 1 GeV, accompanied by a singlet-like pseudoscalar that can be probed at the 14 TeV LHC in the di-muon decay channel |
| _Spectrum_ | MH2=Mh (SM-like) = 123.8 GeV, MH1=MHs (singlet) = 14.8 GeV, MA1=MAs (singlet) = 2.97 GeV, |
| ^ | MH3=MH (doublet) = 1504 GeV, MA2=MA (doublet) = 1504 GeV |
| ^ | LSP (singlino) mass = 1.34 GeV, Neutralino2 (higgsino) mass = 131.7 GeV |
| ^ | Neutralino3 (higgsino) mass = (-)166.8 GeV, Chargino1 (higgsino) mass = 147.2 GeV |
| _Signatures/Rates_ | |
| Final state | mu+ + mu- + charged lepton + missing transverse energy |
| Total cross section | XS(pp -&gt; Neutralino2/3 + Chargino1 -&gt; A1,LSP + W,LSP -&gt; mu+,mu-,LSP + lepton,neutrino,LSP) = 3.16 fb |
| Total XS after cuts | 0.126 fb |
| No. of events (300/fb) | 38 |
| _Maximum / Unique signature_ | S/B ~ 8, significance ~ 16 in the proposed channel with L=300/fb; much larger than in the trilepton channel |
| _Provided Material_ | BP6_SLHA.dat, BP6_table.pdf (BP3 in the tables) |
| _Additional Information_ | Spectrum and BRs with NMSSMTools-v4.7.0, NLO production XS with Prospino-v2.1 |
| ^ | Events for the 14 TeV LHC with Madgraph 5, hadronisation with Pythia-6.4, detector simulation with Delphes 3 |
| ^ | Relic density for the point = 0.111, calculated with MicrOMEGAs -v4.1.5 (default settings for the NMSSM) |
| ^ | Point consistent with B-physics, tested with SuperIso -v3.3, and with LHC Run-I Higgs boson data, tested with HiggsBounds -v4.2.0 |
| ^ | Analysis method and simulations in JHEP 1507 (2015) 002, arXiv:1504.05085 |

---+++ BP7

| *BP7 by S.F. King, M. Muhlleitner, R. Nevzorov and K. Walz* ||
| *BP7_P1* ||
| _Main Features_ | natural NMSSM: overall light Higgs spectrum, can be tested at LHC13 |
| _Spectrum_ | MH2=Mh (SM-like) = 124.4 GeV, MH1=MHs (singlet) = 95.6 GeV, MA1=MAs (singlet) = 108 GeV, |
| ^ | MH3=MH (doublet) = 299 GeV, MA2=MA (doublet) = 298 GeV |
| ^ | tanbeta=1.60, lambda=0.600, kappa=0.144 |
| _Signatures/Rates_ | |
| H1 | ggF(H1) = 3.337 pb with MH1 = 95.6 GeV and H1 singlet |
| ^ | gg -&gt; H1 -&gt; bb: 2.477 pb |
| ^ | gg -&gt; H1 -&gt; tau tau: 0.255 pb |
| ^ | gg -&gt; H1 -&gt; gam gam: 0.013 pb |
| H3 | ggF(H3) = 4.633 pb with MH3 = 299 GeV and H3 doublet |
| ^ | gg -&gt; H3 -&gt; WW: 54.49 fb |
| ^ | gg -&gt; H3 -&gt; ZZ: 24.16 fb |
| ^ | gg -&gt; H3 -&gt; A1 Z -&gt; bb Z: 614 fb / tau tau Z: 64.17 fb / gam gam Z: 0.48 fb |
| ^ | gg -&gt; H3 -&gt; H1 H1 -&gt; bb bb: 310 fb / bb tau tau: 63.71 fb / 4 tau: 3.27 fb / bb gam gam: 3.21 fb |
| ^ | gg -&gt; H3 -&gt; H1 H2 -&gt; bb bb: 187 fb / bb tau tau: 39.42 fb / 4 tau: 2.08 fb / bb gam gam: 1.63 fb |
| ^ | gg -&gt; H3 -&gt; chi1^0 chi1^0: 1662 fb / chi1^0 chi2^0: 336 fb / chi2^0 chi2^0: 575 fb / chi1+ chi1-: 195 fb |
| A1 | ggF(A1) = 2.407 pb with MA1 = 108 GeV and A1 singlet |
| ^ | gg -&gt; A1 -&gt; bb: 2.102 pb |
| ^ | gg -&gt; A1 -&gt; tau tau: 0.220 pb |
| ^ | gg -&gt; A1 -&gt; gam gam: 1.633 fb |
| A2 | ggF(A2) = 11.182 pb with MA2 = 298 GeV and A2 doublet |
| ^ | gg -&gt; A2 -&gt; bb: 57.50 fb |
| ^ | gg -&gt; A2 -&gt; tau tau: 7.43 fb |
| ^ | gg -&gt; A2 -&gt; H1 A1 -&gt; 4b: 878.30 fb / bb tau tau: 182.07 fb / 4 tau: 9.44 fb / bb gam gam: 5.23 fb |
| ^ | gg -&gt; A2 -&gt; H2 A1 -&gt; 4b: 702.66 fb / bb tau tau: 149.35 fb / 4 tau: 7.93 fb / bb gam gam: 3.04 fb |
| ^ | gg -&gt; A2 -&gt; Z H1 -&gt; bb Z: 391.70 fb / tau tau Z: 40.27 fb / gam gam Z: 2.03 fb |
| ^ | gg -&gt; A2 -&gt; chi1^0 chi1^0: 3699 fb / chi1^0 chi2^0: 2.81 fb / chi2^0 chi2^0: 1017 fb / chi1+ ch1-: 3110 fb |
| _Maximum / Unique signature_ | Large Higgs-to-Higgs, Higgs-to-gauge+Higgs decay rates |
| _Provided Material_ | inp_1488_mod.dat, slha_decay_1488_mod.out |
| _Additional Information_ | ggF cxns obtained with private HIGLU version adapted to the NMSSM, spectrum and BRs with NMSSMCALC |
| *BP7_P2* ||
| _Main Features_ | cascade Higgs-to-Higgs decays, spectacular signatures, not present in the MSSM |
| _Spectrum_ | MH1=Mh (SM-like) = 126.6 GeV, MH2=MHs (singlet) = 172.0 GeV, MA1=MAs (singlet) = 85.9 GeV, |
| ^ | MH3=MH (doublet) = 316.8 GeV, MA2=MA (doublet) = 306.7 GeV |
| ^ | tanbeta=1.859, lambda=0.66199, kappa=0.34839 |
| _Signatures/Rates_ | |
| H2 = Hs | ggF(H2) = 90.39 fb with MH2 = 172.0 GeV and H2 singlet |
| ^ | gg -&gt; H2 -&gt; WW: 61.50 fb |
| ^ | gg -&gt; H2 -&gt; ZZ: 1.70 fb |
| ^ | gg -&gt; H2 -&gt; bb: 6.15 fb |
| ^ | gg -&gt; H2 -&gt; tau tau: 0.69 fb |
| ^ | gg -&gt; H2 -&gt; A1 A1: 20.29 fb |
| ^ | gg -&gt; H2 -&gt; A1 A1 -&gt; bb bb: 13.32 fb |
| ^ | gg -&gt; H2 -&gt; A1 A1 -&gt; bb tautau: 1.82 fb |
| ^ | gg -&gt; H2 -&gt; A1 A1 -&gt; bb gamgam: 4.12 fb |
| ^ | gg -&gt; H2 -&gt; A1 A1 -&gt; 4gam: 0.32 fb |
| H3 = H | ggF(H3) = 3.00 pb with MH3 = 316.8 GeV and H3 doublet |
| ^ | gg -&gt; H3 -&gt; WW: 91.60 fb |
| ^ | gg -&gt; H3 -&gt; ZZ: 41.11 fb |
| ^ | gg -&gt; H3 -&gt; bb: 164.89 fb |
| ^ | gg -&gt; H3 -&gt; tau tau: 21.35 fb |
| ^ | gg -&gt; H3 -&gt; chi1^0 chi1^0: 391.04 fb |
| ^ | gg -&gt; H3 -&gt; chi1+ chi1-: 337.20 fb |
| ^ | gg -&gt; H3 -&gt; h Hs -&gt; h + As As -&gt; bb + 4gam: 2.41 fb |
| ^ | gg -&gt; H3 -&gt; h Hs -&gt; h + As As -&gt; 4b + 2gam: 29.68 fb |
| ^ | gg -&gt; H3 -&gt; h Hs -&gt; h + As As -&gt; tautau + 4gam: 0.25 fb |
| ^ | gg -&gt; H3 -&gt; h Hs -&gt; h + As As -&gt; 4tau + 2gam: 0.21 fb |
| ^ | gg -&gt; H3 -&gt; h Hs -&gt; h + As As -&gt; 6gam: 0.012 fb |
| ^ | gg -&gt; H3 -&gt; h Hs -&gt; h + As As -&gt; bb + tautau + gamgam: 5.15 fb |
| ^ | gg -&gt; H3 -&gt; h h -&gt; 4b: 203.69 fb |
| ^ | gg -&gt; H3 -&gt; h h -&gt; 2b+2gam: 2.14 fb |
| ^ | gg -&gt; H3 -&gt; h h -&gt; 2tau+2gam: 0.23 fb |
| ^ | gg -&gt; H3 -&gt; As As -&gt; 4b: 6.78 fb |
| ^ | gg -&gt; H3 -&gt; As As -&gt; 2b+2gam: 2.10 fb |
| ^ | gg -&gt; H3 -&gt; As As -&gt; 4gam: 0.16 fb |
| A1 = As | ggF(A1) = 7.71 fb with MA1 = 85.9 GeV and A1 singlet |
| ^ | gg -&gt; A1 -&gt; bb: 6.25 fb |
| ^ | gg -&gt; A1 -&gt; tau tau: 0.43 fb |
| ^ | gg -&gt; A1 -&gt; gam gam: 0.97 fb |
| A2 = A | ggF(A2) = 8.80 pb with MA2 = 306.7 GeV and A2 doublet |
| ^ | gg -&gt; A2 -&gt; bb: 289.38 fb |
| ^ | gg -&gt; A2 -&gt; tau tau: 36.91 fb |
| ^ | gg -&gt; A2 -&gt; chi1^0 chi1^0: 3458.46 fb |
| ^ | gg -&gt; A2 -&gt; chi1+ chi1-: 996.97 fb |
| ^ | gg -&gt; A2 -&gt; Hs As -&gt; As As As -&gt; 6gam: 0.68 fb |
| ^ | gg -&gt; A2 -&gt; Hs As -&gt; As As As -&gt; bb + 4gam: 13.12 fb |
| ^ | gg -&gt; A2 -&gt; Hs As -&gt; As As As -&gt; 4b + 2gam: 84.78 fb |
| ^ | gg -&gt; A2 -&gt; Hs As -&gt; As As As -&gt; tautau + 4gam: 0.90 fb |
| ^ | gg -&gt; A2 -&gt; Hs As -&gt; As As As -&gt; 2b + 2tau + 2gam: 11.60 fb |
| ^ | gg -&gt; A2 -&gt; Hs As -&gt; As As As -&gt; 4tau + 2gam: 0.40 fb |
| ^ | gg -&gt; A2 -&gt; h As -&gt; 4b: 210.00 fb |
| ^ | gg -&gt; A2 -&gt; h As -&gt; 2b + 2gam: 33.59 fb |
| ^ | gg -&gt; A2 -&gt; h As -&gt; 2tau + 2gam: 3.51 fb |
| ^ | gg -&gt; A2 -&gt; Z Hs -&gt; bb As As -&gt; bb + 4gam: 0.97 fb |
| ^ | gg -&gt; A2 -&gt; Z Hs -&gt; bb As As -&gt; 4b + 2gam: 12.48 fb |
| ^ | gg -&gt; A2 -&gt; Z Hs -&gt; bb As As -&gt; 2b + 2tau + 2gam: 0.85 fb |
| ^ | gg -&gt; A2 -&gt; Z Hs -&gt; ll/tautau As As -&gt; ll/tautau + 4gam: 0.21 fb |
| ^ | gg -&gt; A2 -&gt; Z Hs -&gt; ll/tautau As As -&gt; ll/tautau + 2b + 2gam: 2.78 fb |
| ^ | gg -&gt; A2 -&gt; Z Hs -&gt; ll/tautau As As -&gt; ll/tautau + 2tau + 2gam: 0.19 fb |
| _Maximum / Unique signature_ | Cascade Higgs-to-Higgs decays lead to multi-photon and multi-fermion final states |
| ^ | sig(ggA)*BR(A-&gt;HsAs-&gt;AsAsAs-&gt;6gam)=0.68 fb, |
| ^ | sig(ggA)*BR(A-&gt;HsAs-&gt;AsAsAs-&gt;2b+4gam)=13.12 fb, |
| ^ | sig(ggA)*BR(A-&gt;HsAs-&gt;AsAsAs-&gt;4b+2gam)=84.78 fb |
| _Provided Material_ | inpb1.dat, slha_decayb1.out |
| _Additional Information_ | ggF cxns obtained with private HIGLU version adapted to the NMSSM, spectrum and BRs with NMSSMCALC, |
| ^ | with sqrt(lambda^2+kappa^2)=0.75 additional new matter will be required to insure perturbativity up to the GUT scale. |

---+++ BP8

| *BP8 by C. Beskidt, W. de Boer and D. Kazakov* ||
| *BP8_P1* ||
| _Main Features_ | Light Higgs spectrum with heavier Higgs bosons just above ttbar threshold, so main decay into ttbar (absent in CMSSM) |
| _Spectrum_ | MH2 (SM-like) = 125.5 GeV, MH1 (singlet) = 90.0 GeV, MA1 (singlet) = 300.0 GeV, |
| ^ | MH3 (doublet) = 450.0 GeV, MA2 (doublet) = 446.2 GeV |
| ^ | tanbeta=2.14, lambda=0.647, kappa=0.301 |
| _Signatures/Rates_ | |
| H1 | ggF(H1) = 1.111 pb with MH1 = 90.0 GeV and H1 singlet |
| ^ | gg -&gt; H1 -&gt; bb: 1.002 pb |
| ^ | gg -&gt; H1 -&gt; tau tau: 0.103 pb |
| H3 | ggF(H3) = 1.814 pb with MH3 = 450.0 GeV and H3 doublet |
| ^ | gg -&gt; H3 -&gt; tt: 1025.65 fb |
| ^ | gg -&gt; H3 -&gt; H1 H2: 406.57 fb |
| ^ | gg -&gt; H3 -&gt; A1 Z: 26.56 fb |
| ^ | gg -&gt; H3 -&gt; WW: 2.14 fb |
| ^ | gg -&gt; H3 -&gt; ZZ: 1.02 fb |
| ^ | gg -&gt; H3 -&gt; chi1^0 chi1^0: 162.03 fb / chi1^0 chi2^0: 18.65 fb / chi1^0 chi3^0: 72.04 fb / chi1+ chi1-: 29.25 fb |
| A1 | ggF(A1) = 0.143 pb with MA1 = 300 GeV and A1 singlet |
| ^ | gg -&gt; A1 -&gt; Z H1: 118.93 fb |
| ^ | gg -&gt; A1 -&gt; bb: 18.79 fb |
| ^ | gg -&gt; A1 -&gt; tau tau: 2.37 fb |
| A2 | ggF(A2) = 3.955 pb with MA2 = 446.2 GeV and A2 doublet |
| ^ | gg -&gt; A2 -&gt; tt: 2618.83 fb |
| ^ | gg -&gt; A2 -&gt; Z H1: 447.90 fb |
| ^ | gg -&gt; A2 -&gt; bb: 20.60 fb |
| ^ | gg -&gt; A2 -&gt; tau tau: 2.67 fb |
| ^ | gg -&gt; A2 -&gt; chi1^0 chi1^0: 518.96 fb / chi1+ ch1-: 165.90 fb |
| _Maximum / Unique signature_ | H3, A2 produced simultaneously, heavy scalar decay mostly (57%) into ttbar, also A2 decay dominantly (66%) into ttbar -&gt; large fraction of ttbar final states -&gt; search for broad bump around 450 GeV in tail of ttbar invariant mass spectrum, A1 decays largely into Z+H1 -&gt; events with two Z bosons and H1 of 90 GeV with practically SM decay modes |
| _Provided Material_ | BMPs_final.pdf, inp_tt.dat, spectr_tt.dat |
| _Additional Information_ | Model: NUH-CNMSSM, Spectrum obtained with NMSSMTools 4.6.0 |
| *BP8_P2* ||
| _Main Features_ | Light Higgs spectrum, can be tested at LHC14, Higgs-to-Higgs decays not present in the MSSM |
| _Spectrum_ | MH2 (SM-like) = 125.2 GeV, MH1 (singlet) = 90.0 GeV, MA1 (singlet) = 300.0 GeV, |
| ^ | MH3 (doublet) = 349 GeV, MA2 (doublet) = 342 GeV |
| ^ | tanbeta=1.98, lambda=0.635, kappa=0.361 |
| _Signatures/Rates_ | |
| H1 | ggF(H1) = 1.374 pb with MH1 = 90.0 GeV and H1 singlet |
| ^ | gg -&gt; H1 -&gt; bb: 1.241 pb |
| ^ | gg -&gt; H1 -&gt; tau tau: 0.127 pb |
| H3 | ggF(H3) = 3.327 pb with MH3 = 349 GeV and H3 doublet |
| ^ | gg -&gt; H3 -&gt; H1 H2: 2123.89 fb |
| ^ | gg -&gt; H3 -&gt; WW: 30.62 fb |
| ^ | gg -&gt; H3 -&gt; ZZ: 14.02 fb |
| ^ | gg -&gt; H3 -&gt; bb: 104.24 fb |
| ^ | gg -&gt; H3 -&gt; tau tau: 13.51 fb |
| ^ | gg -&gt; H3 -&gt; H1 H1: 308.10 fb |
| ^ | gg -&gt; H3 -&gt; chi1^0 chi1^0: 285.43 fb / chi1+ chi1-: 158.23 fb |
| A1 | ggF(A1) = 0.182 pb with MA1 = 300.0 GeV and A1 singlet |
| ^ | gg -&gt; A1 -&gt; Z H1: 2.05 fb |
| ^ | gg -&gt; A1 -&gt; chi1^0 chi1^0: 179.69 fb |
| A2 | ggF(A2) = 12.309 pb with MA2 = 342 GeV and A2 doublet |
| ^ | gg -&gt; A2 -&gt; bb: 278.02 fb |
| ^ | gg -&gt; A2 -&gt; tau tau: 98.33 fb |
| ^ | gg -&gt; A2 -&gt; Z H1: 4833.82 fb |
| ^ | gg -&gt; A2 -&gt; chi1^0 chi1^0: 5073.67 fb / chi1^0 chi2^0: 28.46 fb / chi1+ ch1-: 1926.52 fb |
| _Maximum / Unique signature_ | H3, A2 produced simultaneously, heavy scalar decay mostly (64%) into H1 H2,A2 decay (39%) into H1+Z remaining decay modes largely gauginos |
| _Provided Material_ | BMPs_final.pdf, inp_h1h2.dat, spectr_h1h2.dat |
| _Additional Information_ | Model: NUH-CNMSSM, Spectrum obtained with NMSSMTools 4.6.0 |

---+++ BP9 - Light Higgs and Light Dark Matter in the NMSSM

| *BP9 by N. Christensen, T. Han, Z. Liu and S. Su* ||
| *BP9_LDM1* ||
| _Main Features_ | Around 30 GeV neutralino LSP serves the full dark matter. |
| ^ | DM candidate is Singlino-like and annihilates resonantly through light CP-odd Higgs, mainly into bb. |
| ^ | Two singlet-like Higgs states below 100 GeV, decay mainly into bb. |
| ^ | SM Higgs can decay into H1H1 and chi10 chi10 with around 10% BR. |
| _Spectrum_ | MH2=Mh (SM-like) = 126 GeV, MH1=MHs (singlet) = 19.1 GeV, MA1=MAs (singlet) = 73.2 GeV, |
| ^ | MH3=MH (doublet) = 2340 GeV, MA2=MA (doublet) = 2340 GeV |
| ^ | tanbeta=11.9, lambda=0.283, kappa=0.0253 |
| _Signatures/Rates_ ||
| H2 | MH2 = 126 GeV and H2 SM-like |
| ^ | Br(H2-&gt;H1H1) 13% |
| ^ | Br(H2-&gt;chi10 chi10) 1% |
| H1 | MH1 = 19.1 GeV and H1 singlet |
| ^ | Br(H1-&gt;bb) 89% |
| ^ | BR(H1-&gt;tautau) 7.7% |
| A1 | MA1 = 73.2 GeV and A1 singlet |
| ^ | BR(A1-&gt;bb) 90% |
| ^ | BR(A1-&gt;tautau) 9.4% |
| _Dark Matter_ | Singlino-like neutralino dark matter |
| ^ | m(DM)= 36.7 GeV |
| ^ | relic abundance 0.113 |
| ^ | SI direct detection: 2.11*10^{-11} (pb) |
| ^ | indirect detection: 1.15*10^{-25} (cm^3/s), bb (91%), tautau(9%) |
| _Provided Material_ | BP9_LDM1.spectr, BP9_LDM1.omega, BP9_LDM_report.pdf |
| *BP9_LDM2* ||
| _Main Features_ | Around 30 GeV neutralino LSP serves the full dark matter. |
| ^ | DM candidate is Bino-like and annihilates resonantly through light CP-odd Higgsi, mainly into bb. |
| ^ | One very singlet-like Higgs bosons below 100 GeV, decay mainly into bb. |
| ^ | SM Higgs can decay into chi10 chi10 with around 10% BR. |
| ^ | M_H2=430 GeV, very singlet-like (production below 1% comparing to SM), dominant decay into A1A1 -&gt; 4b/2b2tau/4tau final states. |
| _Spectrum_ | MH1=Mh (SM-like) = 125 GeV, MH2=MHs (singlet) = 430 GeV, MA1=MAs (singlet) = 65.7 GeV, |
| ^ | MH3=MH (doublet) = 2480 GeV, MA2=MA (doublet) = 2480 GeV |
| ^ | tanbeta=12.9, lambda=0.0730, kappa=0.0645 |
| _Signatures/Rates_ | |
| H1 | MH1 = 125 GeV and H1 SM-like |
| ^ | Br(H1-&gt;chi10 chi10) 10% |
| H2 | MH2 = 430 GeV and H2 singlet |
| ^ | Br(H2-&gt;A1A1) 85% |
| ^ | Br(H2-&gt;H1H1) 3.5% |
| ^ | Br(H2-&gt;WW) 5.7% |
| ^ | Br(H2-&gt;ZZ) 2.7% |
| ^ | Br(H2-&gt;tt) 1.8% |
| ^ | ggF(H2) 0.90 fb (LHC 14 TeV) |
| A1 | MA1 = 73.2 GeV and A1 singlet |
| ^ | BR(A1-&gt;bb) 88% |
| ^ | BR(A1-&gt;tautau) 9.0% |
| ^ | BR(A1-&gt;chi10 chi10) 2.7% |
| _Dark Matter_ | Bino-like neutralino dark matter |
| ^ | m(DM)= 32.3 GeV |
| ^ | relic abundance 0.120 |
| ^ | SI direct detection: 1.99*10^{-10} (pb) |
| ^ | indirect detection: 4.73*10^{-30} (cm^3/s), bb (87%), tautau(8%) |
| _Provided Material_ | BP9_LDM2.spectr, BP9_LDM2.omega, BP9_LDM_report.pdf |






-- Main.EricFeng - 2018-02-28

Attachments

Topic attachments
I	Attachment	History	Action	Size	Date	Who	Comment
pdf	1406.7221.pdf	r1	manage	238.0 K	2015-06-17 - 17:27	MiladaMuhlleitner	BP5
pdf	1412.6394.pdf	r1	manage	199.4 K	2015-06-17 - 17:27	MiladaMuhlleitner	BP5
pdf	1502.05836.pdf	r1	manage	680.5 K	2015-06-17 - 17:37	MiladaMuhlleitner	BP1
pdf	1504.05085.pdf	r1	manage	1338.3 K	2015-06-17 - 17:23	MiladaMuhlleitner	BP6
pdf	BenchmarkMotivation.pdf	r1	manage	158.7 K	2015-06-17 - 17:35	MiladaMuhlleitner	BP2
txt	inp_1488_mod.dat.txt	r1	manage	1.9 K	2015-06-18 - 16:34	MiladaMuhlleitner	BP7_P1
txt	slha_decay_1488_mod.out.txt	r1	manage	21.4 K	2015-06-18 - 16:35	MiladaMuhlleitner	BP7_P1
pdf	benchmarks.pdf	r1	manage	89.0 K	2015-06-20 - 20:52	MiladaMuhlleitner	BP7
txt	inp_A2.dat.txt	r1	manage	1.9 K	2015-06-22 - 15:31	MiladaMuhlleitner	BP7_P3
txt	slha_decay_A2.out.txt	r1	manage	149.7 K	2015-06-22 - 15:32	MiladaMuhlleitner	BP7_P3
pdf	BMPs_final.pdf	r2 r1	manage	443.2 K	2015-07-06 - 13:06	ConnyRenateBeskidt	BP8
txt	BP5_P4.spectr.txt	r1	manage	45.7 K	2015-07-09 - 22:06	MiladaMuhlleitner	BP5_P4
txt	BP5_P9.spectr.txt	r1	manage	44.3 K	2015-07-09 - 22:07	MiladaMuhlleitner	BP5_P9
pdf	BP9_LDM_report.pdf	r1	manage	199.8 K	2015-07-09 - 22:34	MiladaMuhlleitner	BP9
txt	P1_172.5.omega.txt	r1	manage	1.9 K	2015-07-09 - 21:54	MiladaMuhlleitner	BP4
txt	P1_173.1.omega.txt	r1	manage	1.9 K	2015-07-09 - 21:57	MiladaMuhlleitner	BP4
txt	P2_172.5.omega.txt	r1	manage	1.9 K	2015-07-09 - 21:59	MiladaMuhlleitner	BP4
txt	P2_173.1.omega.txt	r1	manage	1.9 K	2015-07-09 - 22:02	MiladaMuhlleitner	BP4
txt	h60p.slha.txt	r1	manage	60.6 K	2015-07-09 - 22:04	MiladaMuhlleitner	BP3_h60p
txt	inpb1.dat.txt	r1	manage	2.1 K	2015-07-09 - 23:09	MiladaMuhlleitner	BP7_P2
pdf	paper.pdf	r1	manage	1552.6 K	2015-07-09 - 10:46	MiladaMuhlleitner	BP3
txt	slha_decayb1.out.txt	r1	manage	152.0 K	2015-07-09 - 23:10	MiladaMuhlleitner	BP7_P2
pdf	Benchmarks_NMGMSB.pdf	r1	manage	148.1 K	2015-07-10 - 12:29	MiladaMuhlleitner	BP1
pdf	Motivation.pdf	r1	manage	102.5 K	2015-07-10 - 12:20	MiladaMuhlleitner	BP4
txt	P1_172.5.inp.txt	r2 r1	manage	0.6 K	2015-07-10 - 12:58	MiladaMuhlleitner	BP1_P1
txt	P1_172.5.spectr.txt	r2 r1	manage	63.2 K	2015-07-10 - 12:58	MiladaMuhlleitner	BP1_P1
txt	P1_172.5_A1.out.txt	r2 r1	manage	1.3 K	2015-07-10 - 12:59	MiladaMuhlleitner	BP1_P1
txt	P1_172.5_H1.out.txt	r2 r1	manage	1.5 K	2015-07-10 - 12:59	MiladaMuhlleitner	BP1_P1
txt	P1_173.1.inp.txt	r2 r1	manage	0.6 K	2015-07-10 - 12:57	MiladaMuhlleitner	BP1_P1
txt	P1_173.1.spectr.txt	r2 r1	manage	63.2 K	2015-07-10 - 12:56	MiladaMuhlleitner	BP1_P1
txt	P1_173.1_A1.out.txt	r2 r1	manage	1.3 K	2015-07-10 - 12:57	MiladaMuhlleitner	BP1_P1
txt	P1_173.1_H1.out.txt	r2 r1	manage	1.5 K	2015-07-10 - 12:57	MiladaMuhlleitner	BP1_P1
txt	P2_172.5.inp.txt	r2 r1	manage	0.6 K	2015-07-10 - 12:55	MiladaMuhlleitner	BP1_P2
txt	P2_172.5.spectr.txt	r2 r1	manage	62.4 K	2015-07-10 - 12:55	MiladaMuhlleitner	BP1_P2
txt	P2_172.5_A1.out.txt	r2 r1	manage	1.3 K	2015-07-10 - 12:56	MiladaMuhlleitner	BP1_P2
txt	P2_172.5_H1.out.txt	r2 r1	manage	1.5 K	2015-07-10 - 12:55	MiladaMuhlleitner	BP1_P2
txt	P2_173.1.inp.txt	r2 r1	manage	0.6 K	2015-07-10 - 12:30	MiladaMuhlleitner	BP1_P2
txt	P2_173.1.spectr.txt	r2 r1	manage	62.5 K	2015-07-10 - 12:30	MiladaMuhlleitner	BP1_P2
txt	P2_173.1_A1.out.txt	r2 r1	manage	1.3 K	2015-07-10 - 12:32	MiladaMuhlleitner	BP1_P2
txt	P2_173.1_H1.out.txt	r2 r1	manage	1.5 K	2015-07-10 - 12:31	MiladaMuhlleitner	BP1_P2
txt	h1_a1_65_inp.slha.txt	r1	manage	1.2 K	2015-07-10 - 18:42	MiladaMuhlleitner	BP2_P2
txt	h1_a1_65_spectr.slha.txt	r1	manage	28.7 K	2015-07-10 - 18:42	MiladaMuhlleitner	BP2_P2
txt	h1_a1_65_sushi_ggh2.in.txt	r1	manage	4.4 K	2015-07-10 - 18:41	MiladaMuhlleitner	BP2_P2
txt	h1_a1_65_sushi_ggh2.out.txt	r1	manage	8.0 K	2015-07-10 - 18:41	MiladaMuhlleitner	BP2_P2
txt	h1_a1_65_sushi_ggh3.in.txt	r1	manage	4.4 K	2015-07-10 - 18:41	MiladaMuhlleitner	BP2_P2
txt	h1_a1_65_sushi_ggh3.out.txt	r1	manage	8.0 K	2015-07-10 - 18:40	MiladaMuhlleitner	BP2_P2
txt	h1_a1_8_inp.slha.txt	r1	manage	2.8 K	2015-07-10 - 18:43	MiladaMuhlleitner	BP2_P1
txt	h1_a1_8_spectr.slha.txt	r1	manage	35.4 K	2015-07-10 - 18:43	MiladaMuhlleitner	BP2_P1
txt	h1_a1_8_sushi.in.txt	r1	manage	6.8 K	2015-07-10 - 18:43	MiladaMuhlleitner	BP2_P1
txt	h1_a1_8_sushi.out.txt	r1	manage	8.0 K	2015-07-10 - 18:42	MiladaMuhlleitner	BP2_P1
txt	BP6_SLHA.dat.txt	r1	manage	60.0 K	2015-07-17 - 18:37	MiladaMuhlleitner	BP6
pdf	BP6_table.pdf	r1	manage	69.6 K	2015-07-17 - 18:36	MiladaMuhlleitner	BP6
txt	inp-h1h2.dat.txt	r3 r2 r1	manage	0.8 K	2015-11-12 - 12:24	ConnyRenateBeskidt	BP8_P2
txt	inp-tt.dat.txt	r3 r2 r1	manage	0.8 K	2015-11-12 - 12:25	ConnyRenateBeskidt	BP8_P1
txt	spectr-h1h2.dat.txt	r3 r2 r1	manage	57.3 K	2015-11-12 - 12:25	ConnyRenateBeskidt	BP8_P2
txt	spectr-tt.dat.txt	r3 r2 r1	manage	57.7 K	2015-11-12 - 12:26	ConnyRenateBeskidt	BP8_P1
txt	LDM_P1.omega.txt	r2 r1	manage	3.8 K	2015-11-16 - 22:02	ZhenLiuExternal	BP9_P1
txt	LDM_P1.spectr.txt	r2 r1	manage	53.9 K	2015-11-16 - 22:02	ZhenLiuExternal	BP9_P1
txt	LDM_P2.omega.txt	r2 r1	manage	2.2 K	2015-11-16 - 22:02	ZhenLiuExternal	BP9_P1
txt	LDM_P2.spectr.txt	r2 r1	manage	53.7 K	2015-11-16 - 22:02	ZhenLiuExternal	BP9_P1

Topic revision: r45 - 2018-10-10 - RompotisNikolaos

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