Monte Carlo samples for top reconstruction studies

  • The numbers of produced events were last updated on 28/11/2017 at 13:20
  • All samples were generated using WHIZARD 1.95 unless explicitly stated otherwise.

Signal sample (6-fermion production compatible with ttbar) at 380 GeV assuming unpolarised beams

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 350 GeV luminosity spectrum scaled to 380 GeV, 0.0464 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 4517 10000 10500 5.1  
ee -> yyveyx 4523 30000 32000 29.7  
ee -> yyxyev 4535 30000 32000 29.7  
ee -> yyuyyc 4541 40000 41500 41.8  
ee -> yycyyu 4544 40000 45000 41.8  
ee -> dduyyu 4547 40000 66000 37.6  
ee -> ssussu 4550 10000 9500 0.0064  
ee -> ssubbu 4553 10000 10000 0.12  
ee -> bbubbu 4556 10000 10000 0.0058  
ee -> ddcyyc 4559 10000 15500 0.38  
ee -> sscssc 4562 10000 10000 0.22  
ee -> sscbbc 4565 40000 39500 36.9  
ee -> bbcbbc 4568 10000 10000 0.0059  
ee -> yyvelv 4571 10000 10000 10.1  
ee -> yyvlev 4574 10000 10000 10.1  
ee -> yyvllv 4577 20000 19500 20.2  
ee -> yyvlyx 4580 60000 67000 59.3  
ee -> yyxylv 4583 60000 66000 59.3  

Signal sample (6-fermion production compatible with ttbar) at 380 GeV assuming P(e-) = -80%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 350 GeV luminosity spectrum scaled to 380 GeV, 0.0464 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 5813 10000 48500 6.94  
ee -> yyveyx 5816 40000 51500 40.4  
ee -> yyxyev 5819 40000 42500 40.4  
ee -> yyuyyc 5822 60000 76500 56.7  
ee -> yycyyu 5825 60000 76500 56.7  
ee -> dduyyu 5828 50000 80500 51.0  
ee -> ssussu 5831 10000 48000 0.009  
ee -> ssubbu 5834 10000 50000 0.164  
ee -> bbubbu 5837 10000 49500 0.008  
ee -> ddcyyc 5840 10000 29500 0.619  
ee -> sscssc 5843 10000 48000 0.392  
ee -> sscbbc 5846 50000 54500 49.8  
ee -> bbcbbc 5849 10000 49500 0.008  
ee -> yyvelv 5852 20000 49000 13.7  
ee -> yyvlev 5855 20000 46500 13.7  
ee -> yyvllv 5858 30000 40000 27.5  
ee -> yyvlyx 5861 80000 96000 80.5  
ee -> yyxylv 5864 80000 80500 80.5  

Signal sample (6-fermion production compatible with ttbar) at 380 GeV assuming P(e-) = +80%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 350 GeV luminosity spectrum scaled to 380 GeV, 0.0464 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 5904 10000 12000 3.27  
ee -> yyveyx 5907 10000 10000 19.0  
ee -> yyxyev 5910 10000 13000 19.1  
ee -> yyuyyc 5913 15000 18000 26.9  
ee -> yycyyu 5916 15000 21000 26.9  
ee -> dduyyu 5919 15000 19500 24.2  
ee -> ssussu 5922 10000 11000 0.0036  
ee -> ssubbu 5925 10000 11000 0.078  
ee -> bbubbu 5928 10000 10500 0.0034  
ee -> ddcyyc 5931 10000 13000 0.142  
ee -> sscssc 5934 10000 11000 0.051  
ee -> sscbbc 5937 15000 29000 23.9  
ee -> bbcbbc 5940 10000 11000 0.0035  
ee -> yyvelv 5943 10000 11000 6.47  
ee -> yyvlev 5946 10000 13000 6.49  
ee -> yyvllv 5949 10000 16000 13.0  
ee -> yyvlyx 5952 40000 74500 38.1  
ee -> yyxylv 5955 40000 62000 38.1  

Samples to train the flavour tagging at 380 GeV

Type ProdID Detector Events planned Events produced Comments
ee -> bbbbbb 5456 CLIC_ILD 20000 24900  
ee -> cccccc 5459 CLIC_ILD 20000 24100  
ee -> qqqqqq 5462 CLIC_ILD 20000 23500 q = u,d,s

WHIZARD background samples at 380 GeV

  • WHIZARD V57
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • CLIC_ILD, 350 GeV luminosity spectrum scaled to 380 GeV, 0.0464 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> qqqq 8793 2500000 2693500 5074.8 m(H) = 12 TeV; alpha_s = 1e-6; q=u,d,s,c,b
ee -> qqlv 8799 2500000 2730000 5578.7 m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau
ee -> qqvv 8819 500000 593500 324 m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau
ee -> qqll 8827 1000000 1079500 1763.8 m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau
ee -> qq 8837 2500000 2749000 21231 m(H) = 12 TeV; q=u,d,s,c,b
ee -> qqqq 8879 2500000 2501500 8912.0 P(e-) = -80%; m(H) = 12 TeV; alpha_s = 1e-6; q=u,d,s,c,b NEW
ee -> qqqq 8899 1000000 1334500 1237.4 P(e-) = +80%; m(H) = 12 TeV; alpha_s = 1e-6; q=u,d,s,c,b NEW
ee -> qqlv 8907 2500000 2752000 9797.8 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau NEW
ee -> qqlv 8910 1000000 1256000 1359.6 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau NEW
ee -> qqvv 8919 500000 515000 485.5 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau NEW
ee -> qqvv 8922 200000 212000 162.6 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau NEW
ee -> qqll 8925 1000000 1266500 1841.2 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau NEW
ee -> qqll 8928 1000000 1280500 1686.3 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau NEW
ee -> qq 8943 2500000 2730500 26092 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b NEW
ee -> qq 8946 2500000 2795000 16368 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b NEW

Signal sample (6-fermion production compatible with ttbar) at 500 GeV assuming P(e-) = -100%, P(e+) = + 100%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 500 GeV, 0.3 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 6296 20000 25000 19.9  
ee -> yyveyx 6326 120000 124500 115.4  
ee -> yyxyev 6335 120000 131000 115.4  
ee -> yyuyyc 6344 170000 223000 162.7  
ee -> yycyyu 6353 170000 227000 162.7  
ee -> dduyyu 6362 150000 397000 146.7  
ee -> ssussu 6371 10000 11500 0.032  
ee -> ssubbu 6380 10000 14500 0.47  
ee -> bbubbu 6389 10000 10000 0.026  
ee -> ddcyyc 6398 10000 13500 2.64  
ee -> sscssc 6407 10000 16500 1.90  
ee -> sscbbc 6416 150000 270000 141.6  
ee -> bbcbbc 6425 10000 12000 0.027  
ee -> yyvelv 6434 40000 72500 39.1  
ee -> yyvlev 6443 40000 82000 39.1  
ee -> yyvllv 6452 80000 122500 77.7  
ee -> yyvlyx 6461 230000 487000 228.8  
ee -> yyxylv 6470 230000 325000 228.8  

Signal sample (6-fermion production compatible with ttbar) at 500 GeV assuming P(e-) = +100%, P(e-) = -100%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 500 GeV, 0.3 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 6293 10000 12000 7.47  
ee -> yyveyx 6329 50000 77500 43.9  
ee -> yyxyev 6338 50000 70500 43.9  
ee -> yyuyyc 6347 70000 80500 63.3  
ee -> yycyyu 6356 70000 85500 63.3  
ee -> dduyyu 6365 60000 140500 57.0  
ee -> ssussu 6374 10000 11500 0.0078  
ee -> ssubbu 6383 10000 13000 0.18  
ee -> bbubbu 6392 10000 16000 0.0077  
ee -> ddcyyc 6401 10000 14500 0.23  
ee -> sscssc 6410 10000 12000 0.026  
ee -> sscbbc 6419 60000 91000 56.5  
ee -> bbcbbc 6428 10000 10500 0.0079  
ee -> yyvelv 6437 20000 36000 14.8  
ee -> yyvlev 6446 20000 34500 14.9  
ee -> yyvllv 6455 30000 52500 29.8  
ee -> yyvlyx 6464 90000 172000 87.8  
ee -> yyxylv 6473 90000 107000 87.8  

Signal sample (6-fermion production compatible with ttbar) at 500 GeV assuming unpolarised beams

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 500 GeV, 0.3 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 6299 10000 11500 6.90  
ee -> yyveyx 6332 40000 77500 40.0  
ee -> yyxyev 6341 40000 84000 40.0  
ee -> yyuyyc 6350 60000 67000 56.5  
ee -> yycyyu 6359 60000 76500 56.5  
ee -> dduyyu 6368 60000 98500 50.9  
ee -> ssussu 6377 10000 12000 0.0098  
ee -> ssubbu 6386 10000 12000 0.16  
ee -> bbubbu 6395 10000 10000 0.0084  
ee -> ddcyyc 6404 10000 17500 0.72  
ee -> sscssc 6413 10000 13500 0.48  
ee -> sscbbc 6422 50000 68500 49.5  
ee -> bbcbbc 6431 10000 11500 0.0086  
ee -> yyvelv 6440 20000 35500 13.5  
ee -> yyvlev 6449 20000 28000 13.5  
ee -> yyvllv 6458 30000 53000 26.9  
ee -> yyvlyx 6467 80000 159000 79.1  
ee -> yyxylv 6476 80000 93000 79.1  

Signal sample (6-fermion production compatible with ttbar) at 1.4 TeV assuming P(e-) = -80%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 1.4 TeV luminosity spectrum, 1.3 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 6586 15000 15600 7.91  
ee -> yyveyx 6589 500000 791000 31.9 extended
ee -> yyxyev 6592 500000 802600 29.0 extended
ee -> yyuyyc 6595 50000 50400 29.7  
ee -> yycyyu 6598 50000 52200 29.7  
ee -> dduyyu 6601 50000 76600 30.0  
ee -> ssussu 6604 10000 11600 0.018  
ee -> ssubbu 6610 10000 11400 0.096  
ee -> bbubbu 6607 10000 12800 0.013  
ee -> ddcyyc 6613 10000 14400 1.82  
ee -> sscssc 6616 10000 11800 1.52  
ee -> sscbbc 6619 40000 58400 23.5  
ee -> bbcbbc 6622 10000 12000 0.013  
ee -> yyvelv 6625 20000 23800 10.8  
ee -> yyvlev 6628 20000 23600 9.82  
ee -> yyvllv 6631 30000 36400 15.6  
ee -> yyvlyx 6634 700000 1141400 40.7 extended
ee -> yyxylv 6637 700000 1131400 40.7 extended

Signal sample (6-fermion production compatible with ttbar) at 1.4 TeV assuming P(e-) = +80%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 1.4 TeV luminosity spectrum, 1.3 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 6643 10000 11200 2.47  
ee -> yyveyx 6646 15000 26400 9.27  
ee -> yyxyev 6697 20000 48600 12.2  
ee -> yyuyyc 6652 20000 36000 11.8  
ee -> yycyyu 6655 20000 37800 11.8  
ee -> dduyyu 6658 20000 21000 10.6  
ee -> ssussu 6661 10000 11400 0.0051  
ee -> ssubbu 6664 10000 11800 0.039  
ee -> bbubbu 6667 10000 11400 0.0046  
ee -> ddcyyc 6670 10000 15800 0.25  
ee -> sscssc 6673 10000 11800 0.18  
ee -> sscbbc 6676 20000 39400 10.2  
ee -> bbcbbc 6679 10000 11600 0.0046  
ee -> yyvelv 6682 10000 12000 3.13  
ee -> yyvlev 6685 10000 12000 4.13  
ee -> yyvllv 6688 10000 10400 5.61  
ee -> yyvlyx 6691 25000 42200 16.0  
ee -> yyxylv 6694 25000 43400 16.0  

WHIZARD background samples at 1.4 TeV assuming polarised beams

  • WHIZARD V57
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • CLIC_ILD, 1.4 TeV luminosity spectrum, 1.3 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> qqlv 7477 3000000 3520600 6975 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau
ee -> qqlv 7480 1000000 1160000 1644 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau
ee -> qqll 8244 1000000 1193000 2681 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau
ee -> qqll 8241 1000000 1192000 2529 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau
ee -> qqqq 8254 1500000 1591800 2304 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b
ee -> qqqq 8257 500000 595000 347 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b
ee -> qqvv 8271 1000000 1118600 1395 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau
ee -> qqvv 8274 200000 283800 180 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau
ee -> qq 8283 2000000 2393200 4843 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b
ee -> qq 8286 1500000 1597600 3169 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b

Signal sample (6-fermion production compatible with ttbar) at 3 TeV assuming P(e-) = -80%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 3 TeV luminosity spectrum, 3.2 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 7278 40000 46400 16.8  
ee -> yyveyx 7281 100000 159100 47.8  
ee -> yyxyev 7284 80000 118500 39.1  
ee -> yyuyyc 7287 30000 34500 14.1  
ee -> yycyyu 7290 30000 35300 14.1  
ee -> dduyyu 7293 30000 37000 12.9  
ee -> ssussu 7296 10000 11900 0.013  
ee -> ssubbu 7299 10000 17700 0.049  
ee -> bbubbu 7302 10000 18400 0.0092  
ee -> ddcyyc 7305 10000 16000 1.38  
ee -> sscssc 7308 10000 18800 1.17  
ee -> sscbbc 7311 30000 56000 10.3  
ee -> bbcbbc 7314 10000 18700 0.0093  
ee -> yyvelv 7320(!) 40000 113500 16.3  
ee -> yyvlev 7317(!) 30000 57100 13.3  
ee -> yyvllv 7323 30000 55000 13.3  
ee -> yyvlyx 7326 40000 87900 19.2  
ee -> yyxylv 7329 40000 176400 19.2  

Signal sample (6-fermion production compatible with ttbar) at 3 TeV assuming P(e-) = +80%

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, 3 TeV luminosity spectrum, 3.2 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 7422 10000 11800 3.96  
ee -> yyveyx 7425 20000 23400 7.44  
ee -> yyxyev 7428 40000 49700 16.0  
ee -> yyuyyc 7431 10000 12300 4.71  
ee -> yycyyu 7434 10000 12600 4.71  
ee -> dduyyu 7437 10000 14900 4.27  
ee -> ssussu 7440 10000 11800 0.0034  
ee -> ssubbu 7443 10000 11900 0.018  
ee -> bbubbu 7446 10000 11700 0.0030  
ee -> ddcyyc 7449 10000 18500 0.178  
ee -> sscssc 7452 10000 11800 0.138  
ee -> sscbbc 7473(!) 10000 11800 3.94  
ee -> bbcbbc 7455 10000 11700 0.0030  
ee -> yyvelv 7458 10000 11700 2.52  
ee -> yyvlev 7461 20000 29400 5.47  
ee -> yyvllv 7464 10000 18500 2.93  
ee -> yyvlyx 7467 20000 28200 6.39  
ee -> yyxylv 7470 20000 71000 6.39  

WHIZARD background samples at 3 TeV assuming polarised beams

  • WHIZARD V57
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • CLIC_ILD, 3 TeV luminosity spectrum, 3.2 γγ -> had. / BX
Type ProdID Events planned Events produced σ [fb] Comments
ee -> qqlv 8590 4000000 4163400 8809.0 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau
ee -> qqlv 8593 1500000 1786400 2312.5 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau
ee -> qqll 8608 2000000 2383200 3230.2 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau
ee -> qqll 8611 2000000 2384200 3057.1 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau
ee -> qqqq 8658 1000000 1093650 963.3 P(e-) = -80%; m(H) = 12 TeV; alpha_s = 1e-6; q=u,d,s,c,b
ee -> qqqq 8661 250000 296500 129.7 P(e-) = +80%; m(H) = 12 TeV; alpha_s = 1e-6; q=u,d,s,c,b
ee -> qqvv 8728 1500000 1588800 2361.5 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau
ee -> qqvv 8731 500000 599100 273.5 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau
ee -> qq 8740 2000000 2198600 3508.5 P(e-) = -80%; m(H) = 12 TeV; q=u,d,s,c,b
ee -> qq 8743 1500000 1599100 2390.7 P(e-) = +80%; m(H) = 12 TeV; q=u,d,s,c,b

Signal sample (6-fermion production compatible with ttbar) at 365 GeV assuming unpolarised beams

  • WHIZARD V57
  • m(h) = 12 TeV
  • alpha_s = 1e-6
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • "l" = mu, tau
  • "v" = nu_e, nu_mu, nu_tau
  • "y" = d, s, b
  • "x" = u, c
  • All subsamples in the following table need to be scaled to the same luminosity and then added
  • CLIC_ILD, no Beamstrahlung, no γγ -> had. background
Type ProdID Events planned Events produced σ [fb] Comments
ee -> yyveev 5254 11000 14700 4.2  
ee -> yyveyx 5251 65000 66800 24.2  
ee -> yyxyev 5248 65000 65500 24.2  
ee -> yyvelv 5242 22000 24200 8.2  
ee -> yyvlev 5239 22000 24500 8.2  
ee -> yyvllv 5245 43000 46300 16.5  
ee -> yyvlyx 5233 130000 140800 48.2  
ee -> yyxylv 5352 130000 140100 48.2  
ee -> yyuyyc 5426 90000 105700 33.9  
ee -> yycyyu 5429 90000 103400 33.9  
ee -> dduyyu 5432 80000 119000 30.5  
ee -> ssussu 5435 10000 17600 0.0059  
ee -> ssubbu 5438 10000 23600 0.10  
ee -> bbubbu 5441 10000 23300 0.0053  
ee -> ddcyyc 5444 10000 9500 0.33  
ee -> sscssc 5447 10000 23500 0.19  
ee -> sscbbc 5450 80000 192400 29.9  
ee -> bbcbbc 5453 10000 21000 0.0054  

WHIZARD background samples at 365 GeV assuming unpolarised beams

  • WHIZARD V57
  • m(u) = m(d) = m(s) = m(c) = m(b) = m(e) = m(mu) = 0, m(tau) = 1.777 GeV
  • CLIC_ILD, no Beamstrahlung, no γγ -> had. background
Type ProdID Events planned Events produced σ [fb] Comments
ee -> qqqq 5628 2000000 2263600 5227.8 m(H) = 12 TeV; alpha_s = 1e-6; q=u,d,s,c,b
ee -> qqlv 5679 2000000 1904100 5690.1 m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau; v=nu_e,nu_mu,nu_tau
ee -> qqll 5682 1000000 991300 1692.5 m(H) = 12 TeV; q=u,d,s,c,b; l=e,mu,tau
ee -> qqvv 5691 500000 476300 323.4 m(H) = 12 TeV; q=u,d,s,c,b; v=nu_e,nu_mu,nu_tau
ee -> qqH 5697 500000 497600 84.9 m(H) = 125 GeV; q=u,d,s,c,b
ee -> eeH 5700 100000 97900 4.2 m(H) = 125 GeV
ee -> mumuH 5703 100000 97800 4.2 m(H) = 125 GeV
ee -> tautauH 5706 100000 99000 4.2 m(H) = 125 GeV

Samples to train the flavour tagging at 365 GeV

Type ProdID Detector Events planned Events produced Comments
ee -> bbbbbb 5735 CLIC_ILD 150000 195400  
ee -> cccccc 5738 CLIC_ILD 150000 197200  
ee -> ssssss 5741 CLIC_ILD 150000 195300  
ee -> dddddd 5744 CLIC_ILD 150000 198200  
ee -> uuuuuu 5747 CLIC_ILD 150000 198800  

PYTHIA sample at 365 GeV assuming unpolarised beams

  • CLIC_ILD, no Beamstrahlung, no γγ -> had. background
Type ProdID Events planned Events produced σ [fb] Comments
ee -> tt 5485 100000 99700 385  

WHIZARD samples at 1.4 TeV

Type ProdID Events planned Events produced σ [fb] Comments
ee -> tt 5221 25000 24950 143.7 unpolarised beams
ee -> tt 5224 25000 25000 99.7 P(e) = +80%
ee -> tt 5227 25000 24950 187.7 P(e) = -80%
ee -> tt 5559 250000 237400 143.7 unpolarised beams
ee -> tt 5562 250000 243100 99.7 P(e) = +80%
ee -> tt 5565 250000 239900 187.7 P(e) = -80%

WHIZARD samples at 3 TeV

Type ProdID Events planned Events produced σ [fb] Comments
ee -> tt 5536 25000 24950 52.6 unpolarised beams
ee -> tt 5539 25000 24950 68.6 P(e) = -80%
ee -> tt 5542 25000 24950 36.5 P(e) = +80%
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Topic revision: r128 - 2017-11-28 - PhilippRoloff
 
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