Monte Carlo samples for BSM physics studies

• The numbers of produced events were last updated on 15/12/2015 at 11:20
• All samples were generated using WHIZARD 1.95 unless explicitly stated otherwise.

Samples to search for hidden valley models via Higgs decays at 3 TeV

Type	Energy	Detector	ProdID	Events planned	Events produced	σ [fb]	Comments
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4325	200000	219800	415.0*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 1 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4317	200000	219000	415.0*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 10 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4328	200000	219400	415.0*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 100 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4331	200000	219100	415.0*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 300 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4400	20000	20000	415.0*	no overlay, m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 1 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4403	20000	20000	415.0*	no overlay, m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 10 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4406	20000	19900	415.0*	no overlay, m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 100 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	4409	20000	20000	415.0*	no overlay, m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 300 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8019	200000	219500	415.0*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 1 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8022	200000	219800	415.0*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 10 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8025	200000	219700	415.0*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 100 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8028	200000	219400	415.0*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 300 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8031	200000	219900	415.0*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 1 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8034	200000	219200	415.0*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 10 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8037	200000	220000	415.0*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 100 ps
ee->hvv, h->π_vπ_v, π_v->bb	3 TeV	CLIC_ILD	8040	200000	220000	415.0*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 300 ps

* = assuming BR(h->π_vπ_v) = 100%, BR(π_v->bb) = 100%

Samples to search for hidden valley models via Higgs decays at 350 GeV

Type	Energy	Detector	ProdID (generator files)	ProdID	Events planned	Events produced	σ [fb]	Comments
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10951	10953	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 1 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10942	10944	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 10 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10930	10932	200000	239800	93.44*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 100 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10960	10962	200000	239800	93.44*	m(h) = 126 GeV, m(π_v) = 25 GeV, lifetime(π_v) = 300 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10954	10956	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 1 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10945	10947	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 10 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10451	10453	200000	239600	93.44*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 100 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10963	10965	200000	239400	93.44*	m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 300 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10969	10971	200000	240000	93.44*	no overlay, m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 1 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10972	10974	200000	239800	93.44*	no overlay, m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 10 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10975	10977	200000	239800	93.44*	no overlay, m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 100 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10978	10980	200000	240000	93.44*	no overlay, m(h) = 126 GeV, m(π_v) = 35 GeV, lifetime(π_v) = 300 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10957	10959	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 1 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10948	10950	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 10 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10933	10935	200000	239400	93.44*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 100 ps NEW
ee->hZ, Z->qq, h->π_vπ_v, π_v->bb	350 GeV	CLIC_ILD	10966	10968	200000	240000	93.44*	m(h) = 126 GeV, m(π_v) = 50 GeV, lifetime(π_v) = 300 ps NEW

* = assuming BR(h->π_vπ_v) = 100%, BR(π_v->bb) = 100%

Samples to study top squark pair production

Type	Energy	Detector	ProdID	Events planned	Events produced	σ [fb]	Comments
ee -> ttbar	3 TeV	CLIC_ILD	4228	500000	468800	59	PYTHIA
ee -> st1st1	3 TeV	CLIC_ILD	4195	50000	50000	1.65	PYTHIA, CDR Model 3
ee -> st1st1	3 TeV	CLIC_ILD	4319	10000	10000	1.4	PYTHIA, CDR Model 3, m(st1) + 50 GeV
ee -> st1st1	3 TeV	CLIC_ILD	4321	10000	10000	2.2	PYTHIA, CDR Model 3, m(st1) - 100 GeV
ee -> st1st1	3 TeV	CLIC_ILD	4333	50000	50000	0.8	PYTHIA, CDR Model 3, m(st1) + 200 GeV
ee -> st1st1	3 TeV	CLIC_ILD	4335	50000	50000	1.2	PYTHIA, CDR Model 3, m(st1) + 100 GeV
ee -> st1st1	3 TeV	CLIC_ILD	4368	50000	49800	2.8	PYTHIA, CDR Model 3, m(st1) - 200 GeV
ee -> st1st1	3 TeV	CLIC_ILD	4370	50000	49800	1.9	PYTHIA, CDR Model 3, m(st1) - 50 GeV

Samples to study ee -> γγ

Type	Energy	Detector	ProdID	Events planned	Events produced	σ [fb]	Comments
ee -> γγ	3 TeV	CLIC_SiD	6132	100000	62100	867.0	Improved photon reconstruction (as for H->Zγ analysis)
ee -> γγ	3 TeV	CLIC_ILD	6138	100000	100000	867.0
ee -> ee	3 TeV	CILC_SiD	6177	100000			Improved photon reconstruction (as for H->Zγ analysis), m(ee) > 1.5 TeV, 5 < θ(e) < 175 degrees
ee -> γγ	3 TeV	CLIC_SiD	6174	100000			like 6132, but with additional cuts m(γγ) > 1.5 TeV and 5 < θ(γ) < 175 degrees
ee -> γγ	3 TeV	CLIC_ILD	6196	100000	98120	94.9	same events as 6174, m(γγ) > 1.5 TeV, 5 < θ(γ) < 175 degrees
ee -> ee	3 TeV	CLIC_ILD	6198	100000	99440	17337.4	same events as 6177, m(ee) > 1.5 TeV and 5 < θ(e) < 175 degrees
ee -> ee	3 TeV	CLIC_ILD	6243	100000	124450	5108.2	m(ee) > 1.5 TeV and 9 < θ(e) < 171 degrees
ee -> ee	3 TeV	CLIC_ILD	6246	100000	124750	756.3	m(ee) > 1.5 TeV and 20 < θ(e) < 160 degrees
ee -> γγ	3 TeV	CLIC_SiD	6305	100000	113400	76.8	m(γγ) > 1.5 TeV and 8 < θ(γ) < 172 degrees
ee -> ee	3 TeV	CLIC_SiD	6302	100000	112500	6589.4	m(ee) > 1.5 TeV and 8 < θ(e) < 172 degrees
ee -> ee	3 TeV	CLIC_SiD	6268	100000	112600	763.4	m(ee) > 1.5 TeV and 20 < θ(e) < 160 degrees
eγ -> eγ (γ from EPA)	3 TeV	CLIC_SiD	6314	100000	115100	4.60	m(eγ) > 1.5 TeV and 8 < θ(e,γ) < 172 degrees
eγ -> eγ (γ from BS)	3 TeV	CLIC_SiD	6317	100000	117050	30.5	m(eγ) > 1.5 TeV and 8 < θ(e,γ) < 172 degrees
γe -> eγ (γ from EPA)	3 TeV	CLIC_SiD	6320	100000	113700	4.60	m(eγ) > 1.5 TeV and 8 < θ(e,γ) < 172 degrees
γe -> eγ (γ from BS)	3 TeV	CLIC_SiD	6323	100000	118500	30.4	m(eγ) > 1.5 TeV and 8 < θ(e,γ) < 172 degrees

Samples to study lepton flavour violating Higgs decays

Type	Energy	Detector	ProdID	Events planned	Events produced	σ [fb]	Comments
ee->hvv, h->emu	1.4 TeV	CLIC_ILD	8217	10000	10000	244.0 (1)	m(h) = 126 GeV
ee->hvv, h->etau	1.4 TeV	CLIC_ILD	11145	10000	10000	244.0 (2)	m(h) = 126 GeV NEW
ee->hvv, h->mutau	1.4 TeV	CLIC_ILD	11148	10000	10000	244.0 (3)	m(h) = 126 GeV NEW
ee->llvv	1.4 TeV	CLIC_ILD	8234	1500000	1570800	978.5	l = e,μ,τ; v = v_e,v_μ,v_τ; 5° < Θ(l) < 5°; m(l,l) > 50 GeV, m(h) = 12 TeV

⁽¹⁾ = assuming BR(h->e-mu+) = 50%, BR(h->e+mu-) = 50%
⁽²⁾ = assuming BR(h->e-tau+) = 50%, BR(h->e+tau-) = 50%
⁽³⁾ = assuming BR(h->mu-tau+) = 50%, BR(h->mu+tau-) = 50%