Axions and Asymmetric Dark Matter

Dark matter in the stars: axions and asymmetric dark matter

Pat Scott

Imperial College London

Slides at: www.imperial.ac.uk/people/p.scott/research.html

Main collaborators: Sebastian Hoof (axions), Hannah Banks, Siyam Ansari & Aaron Vincent (asymmetric DM)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Outline

1 Axions Introduction GAMBIT Results

2 Asymmetric dark matter in the Sun Constant cross-sections σ(v, q): inversion of Boltzmann operator σ(v, q): Monte Carlo simulations

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Outline

1 Axions Introduction GAMBIT Results

2 Asymmetric dark matter in the Sun Constant cross-sections σ(v, q): inversion of Boltzmann operator σ(v, q): Monte Carlo simulations

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Axions according to theory

The short, short version:

QCD has no reason to conserve CP: α L ⊃ − S θ Ga G˜ µν,a (1) QCD 8π QCD µν

Promote θ to a dynamical ﬁeld postulate a new U(1) symmetry (Pecci-Quinn) U(1) breaks, causes θ to relax to 0, leaves behind a pseudoscalar a – the QCD axion

2 axions: ma = ΛQCD/fa 2 ALPs: ma = Λwhatever/fa =⇒ ma and fa decoupled

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Axions4 111. according Axions and other to the similar PDG particles

10-6 LSW VMB (OSQAR) (PVLAS)

-8 ) 10 -1 Telescopes

Sun | (GeV 10-10 Helioscopes (CAST)

A γγ Horizontal Branch Stars HESS Fermi SN 1987A 10-12

Haloscopes (ADMX and others) Axion Coupling |G 10-14 KSVZ

DFSZ 10-16 10-10 10-8 10-6 10-4 10-2 100 Axion Mass mA (eV)

MultipleFigure stellar 111.1: Exclusion probes: plot solar for axion-like axions, particles horizontal as describedbranch in the text. stars, SN1987a,structure, for example white when dwarf two NGcooling bosons are attached to one fermion line as in axion emission by nucleon bremsstrahlung [21]. In the DFSZ model [18], the tree-level coupling coeﬃcient to electrons is [22] Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM sin2 β C = , (111.8) e 3

where tanβ=v u/vd is the ratio of the vacuum expectation valuev u of the HiggsﬁeldH u giving masses to the up-type quarks and the vacuum expectation valuev d of the Higgs ﬁeldH d giving masses to the down-type quarks. For nucleons,C n,p have recently been determined as [11]

Cp = 0.47(3) + 0.88(3)C u 0.39(2)C 0.038(5)C s − − ad − 0.012(5)C c 0.009(2)C b 0.0035(4)C t , − − − (111.9) Cn = 0.02(3) + 0.88(3)C 0.39(2)C u 0.038(5)C s − d − − 0.012(5)C c 0.009(2)C 0.0035(4)C t , − − b − in terms of the corresponding model-dependent quark couplingsC q,q= u, d, s, c, b, t.

June 5, 2018 20:09 A. GAMBIT

A. GAMBIT

Q. And varying SM/QCD parameters within their allowed ranges?

Q. And astrophysical models?

Q. And dealing properly with the statistics of big (>2D) parameter spaces?

Q. And redoing that for lots of diﬀerent axion/ALP theories?

Q. OK, so what about combining all the constraints consistently then?

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM A. GAMBIT

A. GAMBIT

Q. And astrophysical models?

Q. And dealing properly with the statistics of big (>2D) parameter spaces?

Q. And redoing that for lots of diﬀerent axion/ALP theories?

Q. OK, so what about combining all the constraints consistently then?

Q. And varying SM/QCD parameters within their allowed ranges?

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM A. GAMBIT

A. GAMBIT

Q. And dealing properly with the statistics of big (>2D) parameter spaces?

Q. And redoing that for lots of diﬀerent axion/ALP theories?

Q. OK, so what about combining all the constraints consistently then?

Q. And varying SM/QCD parameters within their allowed ranges?

Q. And astrophysical models?

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM A. GAMBIT

A. GAMBIT

Q. And redoing that for lots of diﬀerent axion/ALP theories?

Q. OK, so what about combining all the constraints consistently then?

Q. And varying SM/QCD parameters within their allowed ranges?

Q. And astrophysical models?

Q. And dealing properly with the statistics of big (>2D) parameter spaces?

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM A. GAMBIT

A. GAMBIT

Q. OK, so what about combining all the constraints consistently then?

Q. And varying SM/QCD parameters within their allowed ranges?

Q. And astrophysical models?

Q. And dealing properly with the statistics of big (>2D) parameter spaces?

Q. And redoing that for lots of diﬀerent axion/ALP theories?

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Q. OK, so what about combining all the constraints consistently then? A. GAMBIT

Q. And varying SM/QCD parameters within their allowed ranges? A. GAMBIT

Q. And astrophysical models? A. GAMBIT

Q. And dealing properly with the statistics of big (>2D) parameter spaces? A. GAMBIT

Q. And redoing that for lots of diﬀerent axion/ALP theories? A. GAMBIT

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM M B I T G A

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Modules

Physics modules DarkBit – dark matter observables (relic density, direct + indirect detection) (EPJC, arXiv:1705.07920) ColliderBit – collider observables inc. Higgs + SUSY searches from ATLAS, CMS + LEP (EPJC, arXiv:1705.07919) FlavBit – ﬂavour physics inc. g − 2, b → sγ, B decays (new channels, angular obs., theory uncerts, LHCb likelihoods) (EPJC, arXiv:1705.07933) SpecBit – generic BSM spectrum object, providing RGE running, masses, mixings, etc via interchangeable interfaces to diﬀerent RGE codes (EPJC, arXiv:1705.07936) DecayBit – decay widths for all relevant SM & BSM particles (EPJC, arXiv:1705.07936) PrecisionBit – SM likelihoods, precision BSM tests (W mass, ∆ρ etc) (EPJC, arXiv:1705.07936) Each consists of a number of module functions that can have dependencies on each other +ScannerBitPat Scott –: Dec manages 11 2018 – IWDMS, stats, Lisbon samplingDark matter and in optimisation the stars: axions & ADM (EPJC, arXiv:1705.07959) Hierarchical Model Database (EPJC, arXiv:1705.07908)

Models are deﬁned by their parameters and relations to each other Models can inherit from (be subspaces of) parent models Points in child models can be automatically translated to ancestor models Friend models also allowed (cross-family translation) Model dependence of every function/observable is tracked =⇒ maximum safety, maximum reuse

MSSM10catQ_mA

MSSM15atQ_mA MSSM9batQ_mA

MSSM25atQ_mA MSSM24atQ_mA MSSM19atQ_mA MSSM16atQ_mA MSSM11atQ_mA MSSM10batQ_mA MSSM9atQ_mA MSSM7atQ_mA MSSM30atQ_mA MSSM24atQ MSSM20atQ_mA MSSM10catQ MSSM10atQ_mA MSSM63atQ_mA MSSM25atQ MSSM20atQ MSSM19atQ MSSM16atQ MSSM15atQ MSSM9batQ

MSSM30atQ MSSM30atMGUT MSSM25atMGUT MSSM20atMGUT MSSM11atQ MSSM10atQ MSSM20atMGUT_mA MSSM9atQ MSSM7atQ MSSM63atQ MSSM63atMGUT MSSM63atMGUT_mA MSSM30atMGUT_mA MSSM25atMGUT_mA MSSM10batQ

MSSM63atMSUSY MSSM30atMSUSY MSSM25atMSUSY MSSM20atMSUSY MSSM20atMSUSY_mA NUHM2 MSSM30atMSUSY_mA MSSM25atMSUSY_mA

MSSM63atMSUSY_mA NUHM1 CMSSM mSUGRA

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM GeneralALP (7) 7 parameter model fa, ma,0, gaγγ , gaee , β, Tcrit, θi

QCDAxion (4+4) SimpleALP (5) Free parameters: Free parameters: fa, E/N, Caee , θi fa, Λ, Caγγ , Caee , θi Nuisance parameters: Fixed parameters: ΛQCD, Tcrit, β, Ceaγγ Tcrit irrelevant, β ≡ 0

DFSZAxion-I (3+4) DFSZAxion-II (3+4) KSVZAxion (3+4) Free parameters: Free parameters: Free parameters: 0 0 fa, tan(β ), θi fa, tan(β ), θi fa, E/N, θi Nuisance parameters: Nuisance parameters: Nuisance parameters: ΛQCD, Tcrit, β, Ceaγγ ΛQCD, Tcrit, β, Ceaγγ ΛQCD, Tcrit, β, Ceaγγ Fixed parameters: Fixed parameters: Fixed parameters: E/N = 8/3 E/N = 2/3 Caee

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Anatomy of a GAMBIT run (EPJC, arXiv:1705.07908)

User chooses a model to scan, which observables to include, and the scanning method GAMBIT constructs a dependency tree 1. Identiﬁes which functions and inputs are needed to compute the requested observables 2. Obeys rules at each step: allowed models, allowed backends,

constraints from input ﬁle, etc sigma_SI_n sigma_SD_p sigma_S Type: double Type: double Type: do Function: sigma_SI_n_simple Function: sigma_SD_p_simple Function: sigma_ → tree constitutes a directed acyclic graph Module: DarkBit Module: DarkBit Module: D

capture_rate_Sun 3. Uses graph-theoretic methods to ‘solve’ the Type: double Function: capture_rate_Sun_constant_xsec graph to determine function evaluation order Module: DarkBit equilibration_time_Sun== Type: double Function: equilibration_time_Sun GAMBIT scans the parameter space by calling Module: DarkBit nulike_1_0_6_init annihilation_rate_Sun Type: void Type: double Function: nulike_1_0_6_init Function: annihilation_rate_Sun the necessary module and backend functions Module: BackendIniBit Module: DarkBit

IC79WH_data IC79SL_data in the optimal order, for each parameter point Type: nudata Type: nudata Function: IC79WH_full Function: IC79SL_full Module: DarkBit Module: DarkBit

CMSSM_parameters Type: ModelParameters Function: primary_parameters Module: CMSSM

NUHM1_parameters Type: ModelParameters Function: NUHM1_parameters Module: CMSSM

NUHM2_parameters StandardModel_SLHA2_parameters Type: ModelParameters Type: ModelParameters Function: NUHM2_parameters Function: primary_parameters Module: NUHM1 Module: StandardModel_SLHA2

MSSM30atMGUT_parameters nuclear_params_sigmas_sigmal_parameters SMINPUTS Type: ModelParameters Type: ModelParameters Type: SMInputs Function: MSSM30atMGUT_parameters Function: primary_parameters Function: get_SMINPUTS Module: NUHM2 Module: nuclear_params_sigmas_sigmal Module: SpecBit

MSSM78atMGUT_parameters unimproved_MSSM_spectrum lnL_SI_nuclear_parameters nuclear_params_sigma0_sigmal_parameters lnL_t_mass lnL_mbmb lnL_alpha_em lnL_alpha_s lnL_light_quark_masses Type: ModelParameters Type: const Spectrum* Type: double Type: ModelParameters Type: double Type: double Type: double Type: double Type: double Function: MSSM78atMGUT_parameters Function: get_CMSSM_spectrum Function: lnL_sigmas_sigmal Function: nuclear_params_sigma0_sigmal_parameters Function: lnL_t_mass_chi2 Function: lnL_mbmb_chi2 Function: lnL_alpha_em_chi2 Function: lnL_alpha_s_chi2 Function: lnL_light_quark_masses_chi2 Module: MSSM30atMGUT Module: SpecBit Module: DarkBit Module: nuclear_params_sigmas_sigmal Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit

MSSM78atQ_parameters FeynHiggs_2_11_init nuclear_params_fnq_parameters Type: ModelParameters Type: void Type: ModelParameters Function: MSSM78atQ_parameters Function: FeynHiggs_2_11_init Function: nuclear_params_fnq_parameters Module: MSSM78atMGUT Module: BackendIniBit Module: nuclear_params_sigma0_sigmal

FH_MSSMMasses Type: fh_MSSMMassObs Function: FH_MSSMMasses Module:SpecBit

prec_HiggsMasses Type: fh_HiggsMassObs Function:FH_HiggsMasses Module: SpecBit

Higgs_Couplings Type: fh_Couplings Function: FH_Couplings Module: SpecBit

FH_Precision t_decay_rates FH_HiggsProd Type: fh_PrecisionObs Type: DecayTable::Entry Type: fh_HiggsProd Function: FH_PrecisionObs Function: FH_t_decays Function: FH_HiggsProd Module: PrecisionBit Module: DecayBit Module: ColliderBit

prec_mw deltarho prec_sinW2_eff tbar_decay_rates Type: triplet Type: triplet Type: triplet Type: DecayTable::Entry Function: FH_precision_mw Function: FH_precision_deltarho Function: FH_precision_sinW2 Function: tbar_decays Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit Module: DecayBit

Z_decay_rates MSSM_spectrum W_plus_decay_rates lnL_deltarho lnL_sinW2_eff SuperIso_3_4_init Debug_Cap_LL Debug_Cap Type: DecayTable::Entry Type: const Spectrum* Type: DecayTable::Entry Type: double Type: double Type: void Type: bool Type: bool Function: Z_decays Function: make_MSSM_precision_spectrum Function: W_plus_decays Function: lnL_deltarho_chi2 Function: lnL_sinW2_eff_chi2 Function: SuperIso_3_4_init Function: Debug_LL Function: Debug Module: DecayBit Module: PrecisionBit Module: DecayBit Module: PrecisionBit Module: PrecisionBit Module: BackendIniBit Module: FlavBit Module: FlavBit

LEP208_xsec_chi00_13 LEP208_xsec_chi00_12 LEP208_xsec_chi00_14 LEP188_xsec_chi00_14 LEP205_xsec_selselbar LEP188_xsec_chi00_12 LEP205_xsec_serserbar LEP188_xsec_chi00_13 LEP208_xsec_smulsmulbar LEP208_xsec_smursmurbar LEP208_xsec_serserbar LEP208_xsec_selselbar LEP208_xsec_stau2stau2bar LEP208_xsec_stau1stau1bar LEP205_xsec_smursmurbar LEP205_xsec_smulsmulbar LEP205_xsec_stau2stau2bar LEP205_xsec_stau1stau1bar W_minus_decay_rates SLHA1_violation mw LEP188_xsec_chipm_11 LEP188_xsec_chipm_22 FlavBit_fill Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: DecayTable::Entry Type: int Type: triplet Type: triplet Type: triplet Type: parameters Function: LEP208_SLHA1_convention_xsec_chi00_13 Function: LEP208_SLHA1_convention_xsec_chi00_12 Function: LEP208_SLHA1_convention_xsec_chi00_14 Function: LEP188_SLHA1_convention_xsec_chi00_14 Function: LEP205_SLHA1_convention_xsec_selselbar Function:LEP188_SLHA1_convention_xsec_chi00_12 Function: LEP205_SLHA1_convention_xsec_serserbar Function: LEP188_SLHA1_convention_xsec_chi00_13 Function: LEP208_SLHA1_convention_xsec_smulsmulbar Function: LEP208_SLHA1_convention_xsec_smursmurbar Function: LEP208_SLHA1_convention_xsec_serserbar Function: LEP208_SLHA1_convention_xsec_selselbar Function: LEP208_SLHA1_convention_xsec_stau2stau2bar Function: LEP208_SLHA1_convention_xsec_stau1stau1bar Function: LEP205_SLHA1_convention_xsec_smursmurbar Function: LEP205_SLHA1_convention_xsec_smulsmulbar Function: LEP205_SLHA1_convention_xsec_stau2stau2bar Function: LEP205_SLHA1_convention_xsec_stau1stau1bar Function: W_minus_decays Function: check_first_sec_gen_mixing Function: mw_from_MSSM_spectrum Function: LEP188_SLHA1_convention_xsec_chipm_11 Function: LEP188_SLHA1_convention_xsec_chipm_22 Function: SI_FlavBit_fill Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DecayBit Module: PrecisionBit Module: ColliderBit Module: ColliderBit Module: FlavBit

SUSY_HIT_1_5_init lnL_W_mass SLHA_pseudonyms MicrOmegas_3_5_5_init Dsmunu Kmunu_pimunu Dstaunu BDtaunu BDtaunu_BDenu Btaunu Dmunu BRBKstarmumu_25_40 BRBKstarmumu_11_25 BRBKstarmumu_40_60 BRBKstarmumu_15_17 BRBKstarmumu_17_19 BRBKstarmumu_60_80 Bsmumu_untag Bdmumu Type: void Type: double Type: DecayBit::mass_es_pseudonyms Type: void Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: double Type: double Function: SUSY_HIT_1_5_init Function:lnL_W_mass_chi2 Function: get_mass_es_pseudonyms Function: MicrOmegas_3_5_5_init Function: SI_Dsmunu Function: SI_Kmunu_pimunu Function: SI_Dstaunu Function: SI_BDtaunu Function: SI_BDtaunu_BDenu Function: SI_Btaunu Function: SI_Dmunu Function: SI_BRBKstarmumu_25_40 Function: SI_BRBKstarmumu_11_25 Function: SI_BRBKstarmumu_40_60 Function: SI_BRBKstarmumu_15_17 Function: SI_BRBKstarmumu_17_19 Function: SI_BRBKstarmumu_60_80 Function: SI_Bsmumu_untag Function: SI_Bdmumu Module: BackendIniBit Module: PrecisionBit Module: DecayBit Module: BackendIniBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit

sdown_r_decay_rates smuon_l_decay_rates scharm_r_decay_rates selectron_l_decay_rates sstrange_l_decay_rates selectron_r_decay_rates smuon_r_decay_rates rho_plus_decay_rates mu_plus_decay_rates sup_l_decay_rates sup_r_decay_rates tau_plus_decay_rates sdown_l_decay_rates pi_plus_decay_rates sstrange_r_decay_rates stau_2_decay_rates stau_1_decay_rates sbottom_2_decay_rates snu_muonl_decay_rates charginoplus_1_decay_rates stop_2_decay_rates snu_electronl_decay_rates charginoplus_2_decay_rates scharm_l_decay_rates neutralino_1_decay_rates neutralino_2_decay_rates neutralino_3_decay_rates neutralino_4_decay_rates gluino_decay_rates snu_taul_decay_rates sbottom_1_decay_rates stop_1_decay_rates A0_decay_rates Higgs_decay_rates h0_2_decay_rates Hplus_decay_rates SL_M b2sll_M b2ll_M Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: FlavBit::Flav_measurement_assym Type: FlavBit::Flav_measurement_assym Type: FlavBit::Flav_measurement_assym Function: sdown_r_decays Function: smuon_l_decays Function: scharm_r_decays Function: selectron_l_decays Function: sstrange_l_decays Function: selectron_r_decays Function: smuon_r_decays Function: rho_plus_decays Function: mu_plus_decays Function: sup_l_decays Function: sup_r_decays Function: tau_plus_decays Function: sdown_l_decays Function: pi_plus_decays Function: sstrange_r_decays Function: stau_2_decays Function: stau_1_decays Function: sbottom_2_decays Function: snu_muonl_decays Function: charginoplus_1_decays Function:stop_2_decays Function: snu_electronl_decays Function:charginoplus_2_decays Function: scharm_l_decays Function: neutralino_1_decays Function: neutralino_2_decays Function: neutralino_3_decays Function: neutralino_4_decays Function: gluino_decays Function: snu_taul_decays Function: sbottom_1_decays Function: stop_1_decays Function: FH_A0_decays Function: FH_MSSM_h0_1_decays Function: FH_h0_2_decays Function: FH_Hplus_decays Function: SL_measurements Function: b2sll_measurements Function: b2ll_measurements Module: DecayBit Module: DecayBit Module:DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: FlavBit Module: FlavBit Module: FlavBit

L3_Selectron_LLike ALEPH_Smuon_LLike ALEPH_Selectron_LLike ALEPH_Stau_LLike L3_Smuon_LLike L3_Stau_LLike sdownbar_r_decay_rates scharmbar_r_decay_rates pi_0_decay_rates eta_decay_rates rho_0_decay_rates sstrangebar_l_decay_rates omega_decay_rates selectronbar_l_decay_rates selectronbar_r_decay_rates rho_minus_decay_rates mu_minus_decay_rates supbar_l_decay_rates smuonbar_l_decay_rates supbar_r_decay_rates tau_minus_decay_rates sdownbar_l_decay_rates pi_minus_decay_rates smuonbar_r_decay_rates sstrangebar_r_decay_rates sbottombar_2_decay_rates staubar_2_decay_rates staubar_1_decay_rates snubar_muonl_decay_rates charginominus_1_decay_rates stopbar_2_decay_rates snubar_electronl_decay_rates charginominus_2_decay_rates scharmbar_l_decay_rates snubar_taul_decay_rates sbottombar_1_decay_rates stopbar_1_decay_rates Hminus_decay_rates SL_LL b2sll_LL b2ll_LL Type: double Type: double Type: double Type:double Type: double Type: double Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: double Type: double Type: double Function: L3_Selectron_Conservative_LLike Function: ALEPH_Smuon_Conservative_LLike Function: ALEPH_Selectron_Conservative_LLike Function: ALEPH_Stau_Conservative_LLike Function: L3_Smuon_Conservative_LLike Function: L3_Stau_Conservative_LLike Function: sdownbar_r_decays Function: scharmbar_r_decays Function: pi_0_decays Function: eta_decays Function: rho_0_decays Function: sstrangebar_l_decays Function: omega_decays Function: selectronbar_l_decays Function: selectronbar_r_decays Function: rho_minus_decays Function: mu_minus_decays Function: supbar_l_decays Function: smuonbar_l_decays Function: supbar_r_decays Function: tau_minus_decays Function: sdownbar_l_decays Function: pi_minus_decays Function: smuonbar_r_decays Function: sstrangebar_r_decays Function: sbottombar_2_decays Function: staubar_2_decays Function: staubar_1_decays Function: snubar_muonl_decays Function: charginominus_1_decays Function: stopbar_2_decays Function: snubar_electronl_decays Function: charginominus_2_decays Function: scharmbar_l_decays Function: snubar_taul_decays Function: sbottombar_1_decays Function: stopbar_1_decays Function: Hminus_decays Function: SL_likelihood Function: b2sll_likelihood Function: b2ll_likelihood Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: FlavBit Module: FlavBit Module: FlavBit

LEP208_xsec_chipm_22 LEP208_xsec_chipm_11 decay_rates RD_oh2 Pythia_8_209_init DarkSUSY_5_1_1_init Type: triplet Type: triplet Type: DecayTable Type: double Type: void Type: void Function: LEP208_SLHA1_convention_xsec_chipm_22 Function: LEP208_SLHA1_convention_xsec_chipm_11 Function: all_decays Function: RD_oh2_MicrOmegas Function: Pythia_8_209_init Function: DarkSUSY_5_1_1_init Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DarkBit Module: BackendIniBit Module: BackendIniBit

OPAL_Neutralino_Hadronic_LLike OPAL_Chargino_All_Channels_LLike OPAL_Chargino_Leptonic_LLike OPAL_Chargino_Hadronic_LLike OPAL_Chargino_SemiLeptonic_LLike L3_Neutralino_All_Channels_LLike L3_Neutralino_Leptonic_LLike L3_Chargino_All_Channels_LLike RD_fraction HiggsBounds_4_2_1_init HB_ModelParameters HiggsSignals_1_4_init lnL_oh2 L3_Chargino_Leptonic_LLike ColliderOperator DarkSUSY_PointInit DarkMatter_ID Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: void Type: hb_ModelParameters Type: void Type: double Type: double Type: void Type: bool Type: std::string Function: OPAL_Neutralino_Hadronic_Conservative_LLike Function: OPAL_Chargino_All_Channels_Conservative_LLike Function: OPAL_Chargino_Leptonic_Conservative_LLike Function: OPAL_Chargino_Hadronic_Conservative_LLike Function: OPAL_Chargino_SemiLeptonic_Conservative_LLike Function: L3_Neutralino_All_Channels_Conservative_LLike Function: L3_Neutralino_Leptonic_Conservative_LLike Function: L3_Chargino_All_Channels_Conservative_LLike Function: RD_fraction_from_oh2 Function: HiggsBounds_4_2_1_init Function: MSSMHiggs_ModelParameters Function: HiggsSignals_1_4_init Function: lnL_oh2_Simple Function: L3_Chargino_Leptonic_Conservative_LLike Function: operateLHCLoop Function: DarkSUSY_PointInit_MSSM Function: DarkMatter_ID_MSSM30atQ Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DarkBit Module: BackendIniBit Module: ColliderBit Module: BackendIniBit Module: DarkBit Module: ColliderBit Module: ColliderBit Module: DarkBit Module: DarkBit

DDCalc0_0_0_init HB_LEP_lnL HS_LHC_lnL HardScatteringSim SimYieldTable TH_ProcessCatalog DD_couplings Type: void Type: double Type: double Type: ColliderBit::SpecializablePythia Type: DarkBit::SimYieldTable Type: DarkBit::TH_ProcessCatalog Type: DarkBit::DD_couplings Function: DDCalc0_0_0_init Function: HB_LEP_lnL Function: HS_LHC_lnL Function: getPythia Function: SimYieldTable_DarkSUSY Function: TH_ProcessCatalog_MSSM Function: DD_couplings_MicrOmegas Module: BackendIniBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit

AnalysisContainer HardScatteringEvent SetWIMP_DDCalc0 SimpleSmearingSim cascadeMC_DecayTable GA_missingFinalStates mwimp sigmav Type: HEPUtilsAnalysisContainer Type: Pythia8::Event Type: bool Type: ColliderBit::BuckFastSmear Type: DarkBit::DecayChain::DecayTable Type: std::vector Type: double Type: double Function: getAnalysisContainer Function: generatePythia8Event Function: SetWIMP_DDCalc0 Function: getBuckFast Function: cascadeMC_DecayTable Function: GA_missingFinalStates Function: mwimp_generic Function: sigmav_late_universe Module: ColliderBit Module: ColliderBit Module: DarkBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

CalcRates_XENON100_2012_DDCalc0 CalcRates_LUX_2013_DDCalc0 ConvertedScatteringEvent cascadeMC_LoopManagement sigma_SD_n sigma_SI_n sigma_SD_p sigma_SI_p Type: bool Type: bool Type: HEPUtils::Event Type: void Type: double Type: double Type: double Type: double Function: CalcRates_XENON100_2012_DDCalc0 Function: CalcRates_LUX_2013_DDCalc0 Function: convertPythia8ParticleEvent Function: cascadeMC_LoopManager Function:sigma_SD_n_simple Function: sigma_SI_n_simple Function: sigma_SD_p_simple Function: sigma_SI_p_simple Module: DarkBit Module: DarkBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

lnL_XENON100_2012 lnL_LUX_2013 ReconstructedEvent cascadeMC_InitialState capture_rate_Sun nuyield_ptr Type: double Type: double Type: HEPUtils::Event Type: std::string Type: double Type: nuyield_info Function: XENON100_2012_LogLikelihood_DDCalc0 Function: LUX_2013_LogLikelihood_DDCalc0 Function: reconstructBuckFastEvent Function: cascadeMC_InitialState Function: capture_rate_Sun_constant_xsec Function: nuyield_from_DS Module: DarkBit Module: DarkBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit

AnalysisNumbers cascadeMC_ChainEvent cascadeMC_FinalStates cascadeMC_EventCount equilibration_time_Sun Type: ColliderLogLikes Type: DarkBit::DecayChain::ChainContainer Type: std::vector Type: DarkBit::stringIntMap Type: double Function: runAnalyses Function: cascadeMC_GenerateChain Function: cascadeMC_FinalStates Function: cascadeMC_EventCount Function: equilibration_time_Sun Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

cascadeMC_Histograms nulike_1_0_0_init annihilation_rate_Sun Type: DarkBit::simpleHistContainter Type: void Type: double Function: cascadeMC_Histograms Function: nulike_1_0_0_init Function: annihilation_rate_Sun Module: DarkBit Module: BackendIniBit Module: DarkBit

cascadeMC_gammaSpectra LHC_Combined_LogLike IC79WH_data IC79SL_data IC79WL_data Type: DarkBit::stringFunkMap Type: double Type: nudata Type: nudata Type: nudata Function: cascadeMC_gammaSpectra Function: calc_LHC_LogLike Function: IC79WH_full Function: IC79SL_full Function: IC79WL_full Module: DarkBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit

GA_AnnYield gamLike_1_0_0_init IC79WH_bgloglike IC79WH_loglike IC79SL_loglike IC79SL_bgloglike IC79WL_loglike IC79WL_bgloglike Type: Funk::Funk Type: void Type: double Type: double Type: double Type: double Type: double Type: double Function: GA_AnnYield_General Function: gamLike_1_0_0_init Function: IC79WH_bgloglike Function: IC79WH_loglike Function: IC79SL_loglike Function: IC79SL_bgloglike Function: IC79WL_loglike Function: IC79WL_bgloglike Module: DarkBit Module: BackendIniBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

lnL_FermiLATdwarfs IC79_loglike Type: double Type: double Function: lnL_FermiLATdwarfs_gamLike Function: IC79_loglike Module: DarkBit Module: DarkBit

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Axion-like Particles (ALPs) (arXiv:1810.07192)

Parameters:

couplings gaγγ + gaee

decay constant fa

GAMBIT 1.3.0 1

initial misalignment angle θ − i 3 / 1.0 Prof. likelihood eV 524 < = Λ ratio likelihood Proﬁle / 18 zero-temperature mass m Combined limits, 2σ C.L. (2 d.o.f.) N ∼ a,0 / − E aγγ R Parameter 0.8 g

2× mass-related nuisance

10 CAST ’17 parameters (β, Tcrit) 20 − H.E.S.S. 0.6 SN 1987A 3 / 3 3 Likelihoods: 0 2 / / 8 5 = = = = N N / / N N E E / / 0.4 Light shining through wall: ALPS 22 E E − Haloscopes L /

Helioscopes: CAST(2007), L

0.2 max CAST(2017) 24 − M B I T Haloscopes: RBF, UF, G A

ADMX(1998-2009), Axion-photon coupling log 10 8 6 4 2 0 − − − − − ADMX(2018) Axion mass log10 (ma,0/eV) DM relic density: Planck Astrophysics: HESS, SN1987a, HB/RGB stars (R parameter)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM QCD axions (arXiv:1810.07192)

Bayesian analysis gives preferred axion mass range and couplings

GAMBIT 1.3.0 0.15 1 0.15 − 1.0 ≥

Marg. posterior eV

QCDAxion / 2 eaieprobability Relative probability Relative

h Ω < Ω a DM aγγ 20

a 0.8 Ω ∼ Ω g − a ∼ DM With cooling hints 0.10 0.10 10 0.6 22 − 3 /

524 0.4 P/P > P/P 0.05 N ∼ 0.05 / E max max 24 Marg. posterior − QCDAxion 0.2 Ωa < ΩDM Axion Relic Density Ω With∼ cooling hints Comb. limits, Ωa < ΩDM, 2σ C.L. (2 d.o.f.) A M B I T Comb. limits, Ωa ∼ ΩDM, 2σ C.L. (2 d.o.f.) G ∼ 0.00 26 8 6 4 2 0 Axion-photon coupling log − 10 8 6 4 2 0 − − − − − − − − − Axion mass log10 (ma,0/eV) Axion mass log10 (ma,0/eV)

(assuming log priors on fa, Caee; ﬂat priors prefer lower masses)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM DSFZ & KSVZ QCD axions (arXiv:1810.07192)

White dwarfs are cooling faster than expected → due to emission of axions?

4 GAMBIT 1.3.0 4 GAMBIT 1.3.0 ) 1.0 ) 1.0 Prof. likelihood Prof. likelihood aee aee rfielklho ai = Λ ratio likelihood Profile = Λ ratio likelihood Profile

C DFSZAxion-II C KSVZAxion (all) ( ( 2 DFSZAxion-I 0.8 2 QCDAxion 0.8 10 10 QCDAxion Ωa < ΩDM Ωa < ΩDM ∼ ∼ 0 0.6 0 0.6

2 0.4 2 E/N = 5/3 0.4 − − E/N = 8/3 L L / / L L

4 0.2 max 4 0.2 max − − E/N = 0 E/N = 2/3 Axion-electron coupling log 6 Axion-electron coupling log 6 − 8 6 4 2 0 − 8 6 4 2 0 − − − − − − − − Axion mass log10 (ma,0/eV) Axion mass log10 (ma,0/eV) E/N = 2/3, 8/3 E/N = 8/3, 0, 5/3, 2/3

KSVZ, DFSZ: speciﬁc QCD axion models, with diﬀerent anomaly ratios E/N

ALPs, QCD axion & DFSZ all give good ﬁts; KSVZ excluded at >99% CL

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Outline

1 Axions Introduction GAMBIT Results

2 Asymmetric dark matter in the Sun Constant cross-sections σ(v, q): inversion of Boltzmann operator σ(v, q): Monte Carlo simulations

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM The ‘standard’ story

Dark matter number density:

3/2 " Z r 0 dT (r0) dφ(r0) # T (r) 0 kBα(r ) dr0 + mχ dr0 nχ(r) = nχ(0) exp − dr 0 (2) T (0) 0 kBT (r )

Dark matter conductive luminosity: 1/2 2 kBT (r) dT (r) Lχ,LTE(r) = 4πr κ(r)nχ(r)lχ(r) kB , (3) mχ dr

Corresponding energy injection rate per unit mass of stellar material: 1 dL (r) (r) = χ . (4) χ 4πr 2ρ(r) dr

φ(r): gravitational potential at height r in star T (r): temperature at height r ρ(r): stellar density at height r ζ(r): v0/vT (r) or q0/[mχvT (r)] depending on cross-section vT (r): DM thermal velocity at height r

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM The ‘standard’ story

Dark matter number density:

3/2 " Z r 0 dT (r0) dφ(r0) # T (r) 0 kBα(r ) dr0 + mχ dr0 nχ(r) = nχ(0) exp − dr 0 (2) T (0) 0 kBT (r )

Dark matter conductive luminosity: 1/2 2 kBT (r) dT (r) Lχ,LTE(r) = 4πr κ(r)nχ(r)lχ(r) kB , (3) mχ dr

Corresponding energy injection rate per unit mass of stellar material: 1 dL (r) (r) = χ . (4) χ 4πr 2ρ(r) dr

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM and then... 2n 2n −1 σ ∝ v , q α, κ = horrible(C , n) (7)

Gould & Raﬀelt (ApJ 1990) worked out + tabulated horrible(C −1, 0) We (mostly Aaron) worked out + tabulated q-dep and vrel-dep horrible(C −1, n) for n 6= 0

So how do you get α and κ then? (arXiv:1311.2074)

The name of the game is solving the Boltzmann collision equation:

DF = CF /lχ (5)

D: diﬀerential operator (change in) F : DM phase space density C: collision operator lχ: typical DM scattering length

with (roughly)

C(u, v, r, t) = Cin(u, v, r, t) − Cout(v, r, t) (6)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM So how do you get α and κ then? (arXiv:1311.2074)

The name of the game is solving the Boltzmann collision equation:

DF = CF /lχ (5)

D: diﬀerential operator (change in) F : DM phase space density C: collision operator lχ: typical DM scattering length

with (roughly)

C(u, v, r, t) = Cin(u, v, r, t) − Cout(v, r, t) (6)

and then... 2n 2n −1 σ ∝ v , q α, κ = horrible(C , n) (7)

Gould & Raﬀelt (ApJ 1990) worked out + tabulated horrible(C −1, 0) We (mostly Aaron) worked out + tabulated q-dep and vrel-dep horrible(C −1, n) for n 6= 0

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM No?!

The q and v-dependent story to date (arXiv:1504.04378)

−4 −4 10 10

−6 10 10−6

−8 −8

dr 10 10 | ) σ −10 −10 r, 10 10 ( ǫ | 2 r −12 −12 R 10 10

σ = const. −14 −2 10−14 σ = const. 10 σ ∝ q −2 2 σ ∝ v σ ∝ q σ ∝ v 2 σ 4 4 −16 ∝ q −16 σ ∝ v 10 10 −40 −38 −36 −34 −32 −30 10−40 10−38 10−36 10−34 10−32 10−30 10 10 10 10 10 10 −2 σ −2 σ0 (cm ) 0 (cm )

(spin-independent: solid, spin-dependent: dashed)

Yay, we’ve got the answer, go solve the Solar Abundance Problem.

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM The q and v-dependent story to date (arXiv:1504.04378)

−4 −4 10 10

−6 10 10−6

−8 −8

dr 10 10 | ) σ −10 −10 r, 10 10 ( ǫ | 2 r −12 −12 R 10 10

(spin-independent: solid, spin-dependent: dashed)

Yay, we’ve got the answer, go solve the Solar Abundance Problem. No?!

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Just how good an approximation is that really??

Explicit simulations

But in doing this we just assume that everything just plays nice between the Knudsen & conduction (LTE) limits, i.e. f(K) is the same as in constant case the radial interpolating function h(r) is just the same as the constant case

Lχ,ﬁnal(r, t) = f(K)h(r, t)Lχ,LTE(r, t). (8) 1 f(K) ≈ 1 − . (9) K0 1/τ 1 + K

r − rχ(t)3 h(r, t) ≈ + 1 (10) rχ(t)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Explicit simulations

Lχ,ﬁnal(r, t) = f(K)h(r, t)Lχ,LTE(r, t). (8) 1 f(K) ≈ 1 − . (9) K0 1/τ 1 + K

r − rχ(t)3 h(r, t) ≈ + 1 (10) rχ(t)

Just how good an approximation is that really??

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Explicit simulations (spin-dependent) (Banks et al., in prep)

Transport appears to be maximised at ∼same σ, but magnitude seems independent of interaction.

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM ← → triple checked, ﬁtted αs agree (κ too for n = 0)

Explicit simulations (Banks et al., in prep)

What is going on? Mistake in κ calculation from Boltzmann inversion? Mistake in Monte Carlo simulation? Radial suppression of luminosity depends on n?

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM ←

Explicit simulations (Banks et al., in prep)

What is going on? Mistake in κ calculation from Boltzmann inversion? Mistake in Monte Carlo simulation? Radial suppression of luminosity depends on n? → triple checked, ﬁtted αs agree (κ too for n = 0)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM → triple checked, ﬁtted αs agree (κ too for n = 0)

Explicit simulations (Banks et al., in prep)

What is going on? Mistake in κ calculation from Boltzmann inversion? Mistake in Monte Carlo simulation? Radial suppression of luminosity depends on n? ←

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Summary

Axions and ALPs are getting a lot more interesting White dwarf cooling hints pointing towards DFSZ-type axions?

Conduction by velocity and momentum-dependent ADM in the Sun is looking very diﬀerent to what we thought Implications for solar physics might need to be revisited (again!) Checks ongoing. . .

GAMBIT results, samples, run files, best fits, benchmarks, etc are all available to download from Zenodo: www.zenodo.org/communities/gambit-official/ GAMBIT code is public: gambit.hepforge.org

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Backup slides

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Functional overview of GAMBIT (EPJC, arXiv:1705.07908)

M B I T G A

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Backends: mix and match (EPJC, arXiv:1705.07908)

Module functions can require specific functions from backends Backends are external code libraries (DarkSUSY, FeynHiggs, etc) that include different functions GAMBIT automates and abstracts the interfaces to backends → backend functions are tagged according to what they calculate → with appropriate module design, different backends and their functions can be used interchangeably GAMBIT dynamically adapts to use whichever backends are actually present on a user’s system (+ provides details of what it decided to do of course)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Backends: mix and match (EPJC, arXiv:1705.07908)

Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions & ADM Red: Model parameter translations Blue: Precision calculations Green: LEP rates+likelihoods Purple: Decays Orange: LHC observables and likelihoods Grey: DM direct, indirect and relic density Pink: Flavour physics

Dependency Resolution

CMSSM:

sigma_SI_n sigma_SD_p sigma_S Type: double Type: double Type: do Function: sigma_SI_n_simple Function: sigma_SD_p_simple Function: sigma_ Module: DarkBit Module: DarkBit Module: D

capture_rate_Sun Type: double Function: capture_rate_Sun_constant_xsec Module: DarkBit

equilibration_time_Sun== Type: double Function: equilibration_time_Sun Module: DarkBit

nulike_1_0_6_init annihilation_rate_Sun Type: void Type: double Function: nulike_1_0_6_init Function: annihilation_rate_Sun Module: BackendIniBit Module: DarkBit

IC79WH_data IC79SL_data Type: nudata Type: nudata Function: IC79WH_full Function: IC79SL_full Module: DarkBit Module: DarkBit

CMSSM_parameters Type: ModelParameters Function: primary_parameters Module: CMSSM

NUHM1_parameters Type: ModelParameters Function: NUHM1_parameters Module: CMSSM

NUHM2_parameters StandardModel_SLHA2_parameters Type: ModelParameters Type: ModelParameters Function: NUHM2_parameters Function: primary_parameters Module: NUHM1 Module: StandardModel_SLHA2

FH_MSSMMasses Type: fh_MSSMMassObs Function: FH_MSSMMasses Module:SpecBit

prec_HiggsMasses Type: fh_HiggsMassObs Function:FH_HiggsMasses Module: SpecBit

Higgs_Couplings Type: fh_Couplings Function: FH_Couplings Module: SpecBit

lnL_FermiLATdwarfs IC79_loglike Type: double Type: double Function: lnL_FermiLATdwarfs_gamLike Function: IC79_loglike Module: DarkBit Module: DarkBit

StandardModel_SLHA2_parameters MSSM7: Type: ModelParameters Function: primary_parameters Module: StandardModel_SLHA2

MSSM7atQ_parameters SMINPUTS nuclear_params_sigmas_sigmal_parameters Type: ModelParameters Type: SMInputs Type: ModelParameters Function: primary_parameters Function: get_SMINPUTS Function: primary_parameters Module: MSSM7atQ Module: SpecBit Module: nuclear_params_sigmas_sigmal

MSSM9atQ_parameters lnL_t_mass lnL_mbmb lnL_alpha_em lnL_alpha_s lnL_light_quark_masses nuclear_params_sigma0_sigmal_parameters lnL_SI_nuclear_parameters Type: ModelParameters Type: double Type: double Type: double Type: double Type: double Type: ModelParameters Type: double Function: MSSM9atQ_parameters Function: lnL_t_mass_chi2 Function: lnL_mbmb_chi2 Function: lnL_alpha_em_chi2 Function: lnL_alpha_s_chi2 Function: lnL_light_quark_masses_chi2 Function: nuclear_params_sigma0_sigmal_parameters Function: lnL_sigmas_sigmal Module: MSSM7atQ Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit Module: PrecisionBit Module: nuclear_params_sigmas_sigmal Module: DarkBit

MSSM10atQ_parameters nuclear_params_fnq_parameters Type: ModelParameters Type: ModelParameters Function: MSSM10atQ_parameters Function: nuclear_params_fnq_parameters Module: MSSM9atQ Module: nuclear_params_sigma0_sigmal

MSSM11atQ_parameters Type: ModelParameters Function: MSSM11atQ_parameters Module: MSSM10atQ

MSSM16atQ_parameters Type: ModelParameters Function: MSSM16atQ_parameters Module: MSSM11atQ

MSSM19atQ_parameters Type: ModelParameters Function: MSSM19atQ_parameters Module: MSSM16atQ

MSSM24atQ_parameters Type: ModelParameters Function: MSSM24atQ_parameters Module: MSSM19atQ

MSSM25atQ_parameters Type: ModelParameters Function: MSSM25atQ_parameters Module: MSSM24atQ

MSSM30atQ_parameters Type: ModelParameters Function: MSSM30atQ_parameters Module: MSSM25atQ

MSSM78atQ_parameters Type: ModelParameters Function: MSSM78atQ_parameters Module: MSSM30atQ

unimproved_MSSM_spectrum Type: const Spectrum* Function: get_MSSMatQ_spectrum Module: SpecBit

FeynHiggs_2_11_init Type: void Function: FeynHiggs_2_11_init Module: BackendIniBit

FH_MSSMMasses Type: fh_MSSMMassObs Function: FH_MSSMMasses Module: SpecBit

prec_HiggsMasses Type: fh_HiggsMassObs Function: FH_HiggsMasses Module: SpecBit

Higgs_Couplings Type: fh_Couplings Function: FH_Couplings Module: SpecBit

prec_mw prec_sinW2_eff tbar_decay_rates deltarho Type: triplet Type: triplet Type: DecayTable::Entry Type: triplet Function: FH_precision_mw Function: FH_precision_sinW2 Function: tbar_decays Function: FH_precision_deltarho Module: PrecisionBit Module: PrecisionBit Module: DecayBit Module: PrecisionBit

Z_decay_rates MSSM_spectrum lnL_sinW2_eff W_plus_decay_rates lnL_deltarho SuperIso_3_4_init Debug_Cap Debug_Cap_LL Type: DecayTable::Entry Type: const Spectrum* Type: double Type: DecayTable::Entry Type: double Type: void Type: bool Type: bool Function: Z_decays Function: make_MSSM_precision_spectrum Function: lnL_sinW2_eff_chi2 Function: W_plus_decays Function: lnL_deltarho_chi2 Function: SuperIso_3_4_init Function: Debug Function: Debug_LL Module: DecayBit Module: PrecisionBit Module: PrecisionBit Module: DecayBit Module: PrecisionBit Module: BackendIniBit Module: FlavBit Module: FlavBit

LEP208_xsec_chi00_13 LEP208_xsec_chi00_14 LEP208_xsec_chi00_12 LEP205_xsec_serserbar LEP205_xsec_selselbar LEP208_xsec_smulsmulbar LEP208_xsec_smursmurbar LEP205_xsec_smursmurbar LEP205_xsec_smulsmulbar LEP208_xsec_serserbar LEP188_xsec_chi00_13 LEP208_xsec_selselbar LEP188_xsec_chi00_14 LEP188_xsec_chi00_12 LEP208_xsec_stau2stau2bar LEP208_xsec_stau1stau1bar LEP205_xsec_stau2stau2bar LEP205_xsec_stau1stau1bar mw SLHA1_violation W_minus_decay_rates LEP188_xsec_chipm_11 LEP188_xsec_chipm_22 FlavBit_fill Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: int Type: DecayTable::Entry Type: triplet Type: triplet Type: parameters Function: LEP208_SLHA1_convention_xsec_chi00_13 Function: LEP208_SLHA1_convention_xsec_chi00_14 Function: LEP208_SLHA1_convention_xsec_chi00_12 Function: LEP205_SLHA1_convention_xsec_serserbar Function: LEP205_SLHA1_convention_xsec_selselbar Function: LEP208_SLHA1_convention_xsec_smulsmulbar Function: LEP208_SLHA1_convention_xsec_smursmurbar Function: LEP205_SLHA1_convention_xsec_smursmurbar Function: LEP205_SLHA1_convention_xsec_smulsmulbar Function: LEP208_SLHA1_convention_xsec_serserbar Function: LEP188_SLHA1_convention_xsec_chi00_13 Function: LEP208_SLHA1_convention_xsec_selselbar Function: LEP188_SLHA1_convention_xsec_chi00_14 Function: LEP188_SLHA1_convention_xsec_chi00_12 Function: LEP208_SLHA1_convention_xsec_stau2stau2bar Function: LEP208_SLHA1_convention_xsec_stau1stau1bar Function: LEP205_SLHA1_convention_xsec_stau2stau2bar Function: LEP205_SLHA1_convention_xsec_stau1stau1bar Function: mw_from_MSSM_spectrum Function: check_first_sec_gen_mixing Function: W_minus_decays Function: LEP188_SLHA1_convention_xsec_chipm_11 Function: LEP188_SLHA1_convention_xsec_chipm_22 Function: SI_FlavBit_fill Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: PrecisionBit Module: DecayBit Module: DecayBit Module: ColliderBit Module: ColliderBit Module: FlavBit

lnL_W_mass SUSY_HIT_1_5_init SLHA_pseudonyms MicrOmegas_3_5_5_init BRBKstarmumu_11_25 BRBKstarmumu_25_40 BRBKstarmumu_17_19 BRBKstarmumu_60_80 BRBKstarmumu_40_60 BRBKstarmumu_15_17 Bdmumu Bsmumu_untag Dsmunu Btaunu Kmunu_pimunu Dmunu BDtaunu BDtaunu_BDenu Dstaunu Type: double Type: void Type: DecayBit::mass_es_pseudonyms Type: void Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: double Function: lnL_W_mass_chi2 Function: SUSY_HIT_1_5_init Function: get_mass_es_pseudonyms Function: MicrOmegas_3_5_5_init Function: SI_BRBKstarmumu_11_25 Function: SI_BRBKstarmumu_25_40 Function: SI_BRBKstarmumu_17_19 Function: SI_BRBKstarmumu_60_80 Function: SI_BRBKstarmumu_40_60 Function: SI_BRBKstarmumu_15_17 Function: SI_Bdmumu Function: SI_Bsmumu_untag Function: SI_Dsmunu Function: SI_Btaunu Function: SI_Kmunu_pimunu Function: SI_Dmunu Function: SI_BDtaunu Function: SI_BDtaunu_BDenu Function: SI_Dstaunu Module: PrecisionBit Module: BackendIniBit Module: DecayBit Module: BackendIniBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit

selectron_l_decay_rates selectron_r_decay_rates smuon_r_decay_rates smuon_l_decay_rates sstrange_r_decay_rates sup_r_decay_rates sdown_l_decay_rates sdown_r_decay_rates sup_l_decay_rates stau_1_decay_rates stau_2_decay_rates stop_1_decay_rates sbottom_2_decay_rates snu_taul_decay_rates pi_plus_decay_rates stop_2_decay_rates rho_plus_decay_rates neutralino_3_decay_rates gluino_decay_rates neutralino_1_decay_rates neutralino_2_decay_rates Higgs_decay_rates A0_decay_rates h0_2_decay_rates snu_electronl_decay_rates charginoplus_1_decay_rates scharm_r_decay_rates charginoplus_2_decay_rates neutralino_4_decay_rates mu_plus_decay_rates sbottom_1_decay_rates Hplus_decay_rates scharm_l_decay_rates snu_muonl_decay_rates sstrange_l_decay_rates tau_plus_decay_rates b2sll_M b2ll_M SL_M Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: FlavBit::Flav_measurement_assym Type: FlavBit::Flav_measurement_assym Type: FlavBit::Flav_measurement_assym Function: selectron_l_decays Function: selectron_r_decays Function: smuon_r_decays Function: smuon_l_decays Function: sstrange_r_decays Function: sup_r_decays Function: sdown_l_decays Function: sdown_r_decays Function: sup_l_decays Function: stau_1_decays Function: stau_2_decays Function: stop_1_decays Function: sbottom_2_decays Function: snu_taul_decays Function: pi_plus_decays Function: stop_2_decays Function: rho_plus_decays Function: neutralino_3_decays Function: gluino_decays Function: neutralino_1_decays Function: neutralino_2_decays Function: FH_MSSM_h0_1_decays Function: FH_A0_decays Function: FH_h0_2_decays Function: snu_electronl_decays Function: charginoplus_1_decays Function: scharm_r_decays Function: charginoplus_2_decays Function: neutralino_4_decays Function: mu_plus_decays Function: sbottom_1_decays Function: FH_Hplus_decays Function: scharm_l_decays Function: snu_muonl_decays Function: sstrange_l_decays Function: tau_plus_decays Function: b2sll_measurements Function: b2ll_measurements Function: SL_measurements Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: FlavBit Module: FlavBit Module: FlavBit

L3_Selectron_LLike ALEPH_Smuon_LLike L3_Smuon_LLike ALEPH_Selectron_LLike selectronbar_l_decay_rates selectronbar_r_decay_rates smuonbar_r_decay_rates ALEPH_Stau_LLike L3_Stau_LLike smuonbar_l_decay_rates sstrangebar_r_decay_rates supbar_r_decay_rates sdownbar_l_decay_rates stopbar_1_decay_rates sbottombar_2_decay_rates snubar_taul_decay_rates eta_decay_rates rho_0_decay_rates omega_decay_rates sdownbar_r_decay_rates supbar_l_decay_rates staubar_1_decay_rates staubar_2_decay_rates pi_minus_decay_rates stopbar_2_decay_rates rho_minus_decay_rates snubar_electronl_decay_rates charginominus_1_decay_rates scharmbar_r_decay_rates charginominus_2_decay_rates mu_minus_decay_rates pi_0_decay_rates sbottombar_1_decay_rates Hminus_decay_rates scharmbar_l_decay_rates snubar_muonl_decay_rates sstrangebar_l_decay_rates tau_minus_decay_rates b2sll_LL b2ll_LL SL_LL Type: double Type: double Type: double Type: double Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: double Type: double Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: double Type: double Type: double Function: L3_Selectron_Conservative_LLike Function: ALEPH_Smuon_Conservative_LLike Function: L3_Smuon_Conservative_LLike Function: ALEPH_Selectron_Conservative_LLike Function: selectronbar_l_decays Function: selectronbar_r_decays Function: smuonbar_r_decays Function: ALEPH_Stau_Conservative_LLike Function: L3_Stau_Conservative_LLike Function: smuonbar_l_decays Function: sstrangebar_r_decays Function: supbar_r_decays Function: sdownbar_l_decays Function: stopbar_1_decays Function: sbottombar_2_decays Function: snubar_taul_decays Function: eta_decays Function: rho_0_decays Function: omega_decays Function: sdownbar_r_decays Function: supbar_l_decays Function: staubar_1_decays Function: staubar_2_decays Function: pi_minus_decays Function: stopbar_2_decays Function: rho_minus_decays Function: snubar_electronl_decays Function: charginominus_1_decays Function: scharmbar_r_decays Function: charginominus_2_decays Function: mu_minus_decays Function: pi_0_decays Function: sbottombar_1_decays Function: Hminus_decays Function: scharmbar_l_decays Function: snubar_muonl_decays Function: sstrangebar_l_decays Function: tau_minus_decays Function: b2sll_likelihood Function: b2ll_likelihood Function: SL_likelihood Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DecayBit Module: DecayBit Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: FlavBit Module: FlavBit Module: FlavBit

LEP208_xsec_chipm_11 LEP208_xsec_chipm_22 decay_rates Pythia_8_209_init RD_oh2 DarkSUSY_5_1_1_init Type: triplet Type: triplet Type: DecayTable Type: void Type: double Type: void Function: LEP208_SLHA1_convention_xsec_chipm_11 Function: LEP208_SLHA1_convention_xsec_chipm_22 Function: all_decays Function: Pythia_8_209_init Function: RD_oh2_MicrOmegas Function: DarkSUSY_5_1_1_init Module: ColliderBit Module: ColliderBit Module: DecayBit Module: BackendIniBit Module: DarkBit Module: BackendIniBit

OPAL_Neutralino_Hadronic_LLike OPAL_Chargino_All_Channels_LLike OPAL_Chargino_Hadronic_LLike OPAL_Chargino_SemiLeptonic_LLike OPAL_Chargino_Leptonic_LLike L3_Neutralino_All_Channels_LLike L3_Neutralino_Leptonic_LLike ColliderOperator HiggsBounds_4_2_1_init L3_Chargino_Leptonic_LLike L3_Chargino_All_Channels_LLike HB_ModelParameters HiggsSignals_1_4_init lnL_oh2 RD_fraction DarkMatter_ID DarkSUSY_PointInit Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: void Type: void Type: double Type: double Type: hb_ModelParameters Type: void Type: double Type: double Type: std::string Type: bool Function: OPAL_Neutralino_Hadronic_Conservative_LLike Function: OPAL_Chargino_All_Channels_Conservative_LLike Function: OPAL_Chargino_Hadronic_Conservative_LLike Function: OPAL_Chargino_SemiLeptonic_Conservative_LLike Function: OPAL_Chargino_Leptonic_Conservative_LLike Function: L3_Neutralino_All_Channels_Conservative_LLike Function: L3_Neutralino_Leptonic_Conservative_LLike Function: operateLHCLoop Function: HiggsBounds_4_2_1_init Function: L3_Chargino_Leptonic_Conservative_LLike Function: L3_Chargino_All_Channels_Conservative_LLike Function: MSSMHiggs_ModelParameters Function: HiggsSignals_1_4_init Function: lnL_oh2_Simple Function: RD_fraction_from_oh2 Function: DarkMatter_ID_MSSM30atQ Function: DarkSUSY_PointInit_MSSM Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: BackendIniBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: BackendIniBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

HardScatteringSim HB_LEP_lnL HS_LHC_lnL DDCalc0_0_0_init DD_couplings TH_ProcessCatalog SimYieldTable Type: ColliderBit::SpecializablePythia Type: double Type: double Type: void Type: DarkBit::DD_couplings Type: DarkBit::TH_ProcessCatalog Type: DarkBit::SimYieldTable Function: getPythia Function: HB_LEP_lnL Function: HS_LHC_lnL Function: DDCalc0_0_0_init Function: DD_couplings_MicrOmegas Function: TH_ProcessCatalog_MSSM Function: SimYieldTable_DarkSUSY Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: BackendIniBit Module: DarkBit Module: DarkBit Module: DarkBit

AnalysisContainer HardScatteringEvent SimpleSmearingSim SetWIMP_DDCalc0 mwimp sigmav GA_missingFinalStates cascadeMC_DecayTable Type: HEPUtilsAnalysisContainer Type: Pythia8::Event Type: ColliderBit::BuckFastSmear Type: bool Type: double Type: double Type: std::vector Type: DarkBit::DecayChain::DecayTable Function: getAnalysisContainer Function: generatePythia8Event Function: getBuckFast Function: SetWIMP_DDCalc0 Function: mwimp_generic Function: sigmav_late_universe Function: GA_missingFinalStates Function: cascadeMC_DecayTable Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

ConvertedScatteringEvent CalcRates_LUX_2013_DDCalc0 CalcRates_XENON100_2012_DDCalc0 sigma_SI_n sigma_SD_n sigma_SD_p sigma_SI_p cascadeMC_LoopManagement Type: HEPUtils::Event Type: bool Type: bool Type: double Type: double Type: double Type: double Type: void Function: convertPythia8ParticleEvent Function: CalcRates_LUX_2013_DDCalc0 Function: CalcRates_XENON100_2012_DDCalc0 Function: sigma_SI_n_simple Function: sigma_SD_n_simple Function: sigma_SD_p_simple Function: sigma_SI_p_simple Function: cascadeMC_LoopManager Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

ReconstructedEvent lnL_LUX_2013 lnL_XENON100_2012 capture_rate_Sun nuyield_ptr cascadeMC_InitialState Type: HEPUtils::Event Type: double Type: double Type: double Type: nuyield_info Type: std::string Function: reconstructBuckFastEvent Function: LUX_2013_LogLikelihood_DDCalc0 Function: XENON100_2012_LogLikelihood_DDCalc0 Function: capture_rate_Sun_constant_xsec Function: nuyield_from_DS Function: cascadeMC_InitialState Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

AnalysisNumbers equilibration_time_Sun cascadeMC_FinalStates cascadeMC_EventCount cascadeMC_ChainEvent Type: ColliderLogLikes Type: double Type: std::vector Type: DarkBit::stringIntMap Type: DarkBit::DecayChain::ChainContainer Function: runAnalyses Function: equilibration_time_Sun Function: cascadeMC_FinalStates Function: cascadeMC_EventCount Function: cascadeMC_GenerateChain Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit

nulike_1_0_0_init annihilation_rate_Sun cascadeMC_Histograms Type: void Type: double Type: DarkBit::simpleHistContainter Function: nulike_1_0_0_init Function: annihilation_rate_Sun Function: cascadeMC_Histograms Module: BackendIniBit Module: DarkBit Module: DarkBit

LHC_Combined_LogLike IC79SL_data IC79WH_data IC79WL_data cascadeMC_gammaSpectra Type: double Type: nudata Type: nudata Type: nudata Type: DarkBit::stringFunkMap Function: calc_LHC_LogLike Function: IC79SL_full Function: IC79WH_full Function: IC79WL_full Function: cascadeMC_gammaSpectra Pat Scott – Dec 11 2018 – IWDMS, Lisbon Dark matter in the stars: axions &Module: ColliderBit ADMModule: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit IC79SL_loglike IC79SL_bgloglike IC79WH_loglike IC79WH_bgloglike IC79WL_loglike IC79WL_bgloglike GA_AnnYield gamLike_1_0_0_init Type: double Type: double Type: double Type: double Type: double Type: double Type: Funk::Funk Type: void Function: IC79SL_loglike Function: IC79SL_bgloglike Function: IC79WH_loglike Function: IC79WH_bgloglike Function: IC79WL_loglike Function: IC79WL_bgloglike Function: GA_AnnYield_General Function: gamLike_1_0_0_init Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: BackendIniBit

IC79_loglike lnL_FermiLATdwarfs Type: double Type: double Function: IC79_loglike Function: lnL_FermiLATdwarfs_gamLike Module: DarkBit Module: DarkBit Blue: Precision calculations Green: LEP rates+likelihoods Purple: Decays Orange: LHC observables and likelihoods Grey: DM direct, indirect and relic density Pink: Flavour physics

Dependency Resolution

CMSSM_parameters CMSSM: Type: ModelParameters Function: primary_parameters Module: CMSSM

NUHM1_parameters Type: ModelParameters Function: NUHM1_parameters Module: CMSSM

NUHM2_parameters StandardModel_SLHA2_parameters Type: ModelParameters Type: ModelParameters Function: NUHM2_parameters Function: primary_parameters Module: NUHM1 Module: StandardModel_SLHA2

FH_MSSMMasses Type: fh_MSSMMassObs Function: FH_MSSMMasses Module: SpecBit

prec_HiggsMasses Type: fh_HiggsMassObs Function: FH_HiggsMasses Module: SpecBit

Higgs_Couplings Type: fh_Couplings Function: FH_Couplings Module: SpecBit

LEP208_xsec_chi00_13 LEP208_xsec_chi00_12 LEP208_xsec_chi00_14 LEP188_xsec_chi00_14 LEP205_xsec_selselbar LEP188_xsec_chi00_12 LEP205_xsec_serserbar LEP188_xsec_chi00_13 LEP208_xsec_smulsmulbar LEP208_xsec_smursmurbar LEP208_xsec_serserbar LEP208_xsec_selselbar LEP208_xsec_stau2stau2bar LEP208_xsec_stau1stau1bar LEP205_xsec_smursmurbar LEP205_xsec_smulsmulbar LEP205_xsec_stau2stau2bar LEP205_xsec_stau1stau1bar W_minus_decay_rates SLHA1_violation mw LEP188_xsec_chipm_11 LEP188_xsec_chipm_22 FlavBit_fill Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: triplet Type: DecayTable::Entry Type: int Type: triplet Type: triplet Type: triplet Type: parameters Function: LEP208_SLHA1_convention_xsec_chi00_13 Function: LEP208_SLHA1_convention_xsec_chi00_12 Function: LEP208_SLHA1_convention_xsec_chi00_14 Function: LEP188_SLHA1_convention_xsec_chi00_14 Function: LEP205_SLHA1_convention_xsec_selselbar Function: LEP188_SLHA1_convention_xsec_chi00_12 Function: LEP205_SLHA1_convention_xsec_serserbar Function: LEP188_SLHA1_convention_xsec_chi00_13 Function: LEP208_SLHA1_convention_xsec_smulsmulbar Function: LEP208_SLHA1_convention_xsec_smursmurbar Function: LEP208_SLHA1_convention_xsec_serserbar Function: LEP208_SLHA1_convention_xsec_selselbar Function: LEP208_SLHA1_convention_xsec_stau2stau2bar Function: LEP208_SLHA1_convention_xsec_stau1stau1bar Function: LEP205_SLHA1_convention_xsec_smursmurbar Function: LEP205_SLHA1_convention_xsec_smulsmulbar Function: LEP205_SLHA1_convention_xsec_stau2stau2bar Function: LEP205_SLHA1_convention_xsec_stau1stau1bar Function: W_minus_decays Function: check_first_sec_gen_mixing Function: mw_from_MSSM_spectrum Function: LEP188_SLHA1_convention_xsec_chipm_11 Function: LEP188_SLHA1_convention_xsec_chipm_22 Function: SI_FlavBit_fill Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DecayBit Module: PrecisionBit Module: ColliderBit Module: ColliderBit Module: FlavBit

SUSY_HIT_1_5_init lnL_W_mass SLHA_pseudonyms MicrOmegas_3_5_5_init Dsmunu Kmunu_pimunu Dstaunu BDtaunu BDtaunu_BDenu Btaunu Dmunu BRBKstarmumu_25_40 BRBKstarmumu_11_25 BRBKstarmumu_40_60 BRBKstarmumu_15_17 BRBKstarmumu_17_19 BRBKstarmumu_60_80 Bsmumu_untag Bdmumu Type: void Type: double Type: DecayBit::mass_es_pseudonyms Type: void Type: double Type: double Type: double Type: double Type: double Type: double Type: double Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: Flav_KstarMuMu_obs Type: double Type: double Function: SUSY_HIT_1_5_init Function: lnL_W_mass_chi2 Function: get_mass_es_pseudonyms Function: MicrOmegas_3_5_5_init Function: SI_Dsmunu Function: SI_Kmunu_pimunu Function: SI_Dstaunu Function: SI_BDtaunu Function: SI_BDtaunu_BDenu Function: SI_Btaunu Function: SI_Dmunu Function: SI_BRBKstarmumu_25_40 Function: SI_BRBKstarmumu_11_25 Function: SI_BRBKstarmumu_40_60 Function: SI_BRBKstarmumu_15_17 Function: SI_BRBKstarmumu_17_19 Function: SI_BRBKstarmumu_60_80 Function: SI_Bsmumu_untag Function: SI_Bdmumu Module: BackendIniBit Module: PrecisionBit Module: DecayBit Module: BackendIniBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit Module: FlavBit

sdown_r_decay_rates smuon_l_decay_rates scharm_r_decay_rates selectron_l_decay_rates sstrange_l_decay_rates selectron_r_decay_rates smuon_r_decay_rates rho_plus_decay_rates mu_plus_decay_rates sup_l_decay_rates sup_r_decay_rates tau_plus_decay_rates sdown_l_decay_rates pi_plus_decay_rates sstrange_r_decay_rates stau_2_decay_rates stau_1_decay_rates sbottom_2_decay_rates snu_muonl_decay_rates charginoplus_1_decay_rates stop_2_decay_rates snu_electronl_decay_rates charginoplus_2_decay_rates scharm_l_decay_rates neutralino_1_decay_rates neutralino_2_decay_rates neutralino_3_decay_rates neutralino_4_decay_rates gluino_decay_rates snu_taul_decay_rates sbottom_1_decay_rates stop_1_decay_rates A0_decay_rates Higgs_decay_rates h0_2_decay_rates Hplus_decay_rates SL_M b2sll_M b2ll_M Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: FlavBit::Flav_measurement_assym Type: FlavBit::Flav_measurement_assym Type: FlavBit::Flav_measurement_assym Function: sdown_r_decays Function: smuon_l_decays Function: scharm_r_decays Function: selectron_l_decays Function: sstrange_l_decays Function: selectron_r_decays Function: smuon_r_decays Function: rho_plus_decays Function: mu_plus_decays Function: sup_l_decays Function: sup_r_decays Function: tau_plus_decays Function: sdown_l_decays Function: pi_plus_decays Function: sstrange_r_decays Function: stau_2_decays Function: stau_1_decays Function: sbottom_2_decays Function: snu_muonl_decays Function: charginoplus_1_decays Function: stop_2_decays Function: snu_electronl_decays Function: charginoplus_2_decays Function: scharm_l_decays Function: neutralino_1_decays Function: neutralino_2_decays Function: neutralino_3_decays Function: neutralino_4_decays Function: gluino_decays Function: snu_taul_decays Function: sbottom_1_decays Function: stop_1_decays Function: FH_A0_decays Function: FH_MSSM_h0_1_decays Function: FH_h0_2_decays Function: FH_Hplus_decays Function: SL_measurements Function: b2sll_measurements Function: b2ll_measurements Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: FlavBit Module: FlavBit Module: FlavBit

L3_Selectron_LLike ALEPH_Smuon_LLike ALEPH_Selectron_LLike ALEPH_Stau_LLike L3_Smuon_LLike L3_Stau_LLike sdownbar_r_decay_rates scharmbar_r_decay_rates pi_0_decay_rates eta_decay_rates rho_0_decay_rates sstrangebar_l_decay_rates omega_decay_rates selectronbar_l_decay_rates selectronbar_r_decay_rates rho_minus_decay_rates mu_minus_decay_rates supbar_l_decay_rates smuonbar_l_decay_rates supbar_r_decay_rates tau_minus_decay_rates sdownbar_l_decay_rates pi_minus_decay_rates smuonbar_r_decay_rates sstrangebar_r_decay_rates sbottombar_2_decay_rates staubar_2_decay_rates staubar_1_decay_rates snubar_muonl_decay_rates charginominus_1_decay_rates stopbar_2_decay_rates snubar_electronl_decay_rates charginominus_2_decay_rates scharmbar_l_decay_rates snubar_taul_decay_rates sbottombar_1_decay_rates stopbar_1_decay_rates Hminus_decay_rates SL_LL b2sll_LL b2ll_LL Type: double Type: double Type: double Type: double Type: double Type: double Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: DecayTable::Entry Type: double Type: double Type: double Function: L3_Selectron_Conservative_LLike Function: ALEPH_Smuon_Conservative_LLike Function: ALEPH_Selectron_Conservative_LLike Function: ALEPH_Stau_Conservative_LLike Function: L3_Smuon_Conservative_LLike Function: L3_Stau_Conservative_LLike Function: sdownbar_r_decays Function: scharmbar_r_decays Function: pi_0_decays Function: eta_decays Function: rho_0_decays Function: sstrangebar_l_decays Function: omega_decays Function: selectronbar_l_decays Function: selectronbar_r_decays Function: rho_minus_decays Function: mu_minus_decays Function: supbar_l_decays Function: smuonbar_l_decays Function: supbar_r_decays Function: tau_minus_decays Function: sdownbar_l_decays Function: pi_minus_decays Function: smuonbar_r_decays Function: sstrangebar_r_decays Function: sbottombar_2_decays Function: staubar_2_decays Function: staubar_1_decays Function: snubar_muonl_decays Function: charginominus_1_decays Function: stopbar_2_decays Function: snubar_electronl_decays Function: charginominus_2_decays Function: scharmbar_l_decays Function: snubar_taul_decays Function: sbottombar_1_decays Function: stopbar_1_decays Function: Hminus_decays Function: SL_likelihood Function: b2sll_likelihood Function: b2ll_likelihood Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: ColliderBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: DecayBit Module: FlavBit Module: FlavBit Module: FlavBit

CalcRates_XENON100_2012_DDCalc0 CalcRates_LUX_2013_DDCalc0 ConvertedScatteringEvent cascadeMC_LoopManagement sigma_SD_n sigma_SI_n sigma_SD_p sigma_SI_p Type: bool Type: bool Type: HEPUtils::Event Type: void Type: double Type: double Type: double Type: double Function: CalcRates_XENON100_2012_DDCalc0 Function: CalcRates_LUX_2013_DDCalc0 Function: convertPythia8ParticleEvent Function: cascadeMC_LoopManager Function: sigma_SD_n_simple Function: sigma_SI_n_simple Function: sigma_SD_p_simple Function: sigma_SI_p_simple Module: DarkBit Module: DarkBit Module: ColliderBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit Module: DarkBit