Inclusive Higgs Cross Sections Channel by Channel
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1 Inclusive iggs Cross Secions Channel by Channel Rober arlander BU Wupperal Phenomenology Workshop Zürich (Jan 9-11, 2012) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
2 Inclusive iggs Cross Secions σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG pp (NLO QCD) M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
3 pp σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG pp (NLO QCD) _ M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
4 pp _ σ(pp _ + X) [fb] s = 14 TeV M = 120 GeV µ 0 = m + M /2 LO NLO [Beenakker, Dimaier, Krämer, Plümper, Spira, Zerwas 01] [Dawson, Reina, Wackeroh, Orr, Jackson 01-03] µ/µ 0 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
5 pp σ(pp ) [fb] M /2 µ 0 =m s=14 TeV s=7 TeV LC IGGS XS WG M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
6 Discovery poenial Channel by channel Signal significance γ γ ( bb) ZZ (*) 4 l WW (*) lνlν 10 2 ZZ llνν WW lνjj Toal significance 10 5 σ ATLAS L d = 30 fb -1 (no K-facors) m (GeV) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
7 Exclusion Channel by channel R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
8 : Backgrounds a NLO j [Dimaier, Uwer, Weinzierl 07], [Kardos, Papadopoulos, Trocsanyi 11], [Melnikov, Scharf, Schulze 11] Z [Lazopoulos, McElmurry, Melnikov, Periello 08] jj [Bevilacqua, Czakon, Papadopoulos, Worek 10] b b [Bredensein, Denner, Dimaier, Pozzorini 09], [Bevilacqua, Czakon, Papadopoulos, Piau, Worek 09]... R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
9 Inclusive iggs Cross Secions σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG pp (NLO QCD) M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
10 iggs Srahlung σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG 2010 pp (NLO QCD) 1 10 q V 2 10 _ q V M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
11 iggs-srahlung pp ( b b) + (V {µ µ, eē, ν ν, µν µ, eν e }) 95% C.L. Limi on σ/σ SM CMS Preliminary, BDT analysis s = 7 TeV, L = 4.7 fb V(bb), combined CL S Observed CL S Expeced CL S Expeced ± 1 σ CL S Expeced ± 2 σ iggs Mass [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
12 Tevaron exclusion Tevaron Run II Preliminary, L 8.6 fb -1 95% CL Limi/SM 10 1 LEP Exclusion SM=1 Expeced Observed ±1σ Expeced ±2σ Expeced Tevaron Exclusion Tevaron Exclusion July 17, m (GeV/c 2 ) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
13 iggs Srahlung q V _ q V K W (LC) NLO LO M [GeV] [an, Willenbrock 90] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
14 iggs Srahlung q V _ q V K W (LC) NNLO NLO LO M [GeV] [Brein, Djouadi, R.. 03] [amberg, v. Neerven, Masuura 91] [an, Willenbrock 90] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
15 iggs Srahlung q V _ q V K W (LC) NNLO QCD+EW NLO LO M [GeV] [Brein, Djouadi, R.. 03] [amberg, v. Neerven, Masuura 91] [an, Willenbrock 90] [Ciccolini, Dimaier, Krämer 03] [Denner, Dimaier, Kallwei, Mück 11] AWK R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
16 iggs Srahlung q V _ q V K W (LC) NNLO QCD+EW NLO LO M [GeV] [Brein, Djouadi, R.. 03] [amberg, v. Neerven, Masuura 91] [an, Willenbrock 90] [Ciccolini, Dimaier, Krämer 03] [Denner, Dimaier, Kallwei, Mück 11] AWK R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
17 iggs Srahlung q V q _ q V q V K W (LC) NNLO QCD+EW NLO LO M [GeV] [Brein, Djouadi, R.. 03] [amberg, v. Neerven, Masuura 91] [an, Willenbrock 90] [Ciccolini, Dimaier, Krämer 03] [Denner, Dimaier, Kallwei, Mück 11] AWK R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
18 iggs Srahlung Top induced erms: W q V V I q R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
19 iggs Srahlung Top induced erms: W q q q g V R I V V I q R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
20 iggs Srahlung Top induced erms: W 3 7 TeV: W V I R I 2.5 sum 2 Δσ/σ LO [%] 1.5 q g 1 R I V 0.5 q q M [GeV] q V V I [Brein, R, Wiesemann, Zirke 11] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
21 iggs Srahlung Top induced erms: Z Δσ/σ LO [%] TeV: Z V I V II R I R II sum q q q q q Z Z g g V II R II 1 R I V 0.5 q q M [GeV] [Brein, R, Wiesemann, Zirke 11] q V V I R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
22 iggs Srahlung Top induced erms 1.5 w/o op loops w/ op loops 1.4 σ/σ LO Z W 1.1 [Brein, R, Wiesemann, Zirke 11] 7 TeV M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
23 Inclusive iggs Cross Secions σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG pp (NLO QCD) M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
24 Weak Boson Fusion σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG 2010 pp (NLO QCD) 1 10 q 2 10 q q V V q M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
25 Weak Boson Fusion ττ SM / σ( ττ) 95% CL σ( ττ) 10 CMS Preliminary -1 s=7 TeV 4.6 fb 95% CL Limis 9 Observed 8 Expeced 7 ± 1σ Expeced ± 2σ Expeced m [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
26 WBF: QCD+EW correcions δ [%] pp jj + X 10 QCD, no cus QCD, cus 5 EW, no cus EW, cus 0 5 NLO QCD [Figy, Oleari, Zeppenfeld 03], VBFNLO NLO QCD+EW [Ciccolini, Denner, Dimaier 08] AWK EW+SUSY [Figy, Palmer, Weiglein 10] M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
27 WBF: BNLO correcions gluon fusion/wbf inerference [Andersen, Binoh, einrich, Smillie 07], [Andersen, Smillie 08] [Bredensein, agiwara, Jäger 08] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
28 WBF: BNLO correcions gluon fusion/wbf inerference [Andersen, Binoh, einrich, Smillie 07], [Andersen, Smillie 08] [Bredensein, agiwara, Jäger 08] gluon induced WBF [R.., Vollinga, Weber 08] par of NNLO R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
29 WBF: BNLO correcions gluon fusion/wbf inerference [Andersen, Binoh, einrich, Smillie 07], [Andersen, Smillie 08] [Bredensein, agiwara, Jäger 08] gluon induced WBF [R.., Vollinga, Weber 08] par of NNLO DIS-like NNLO (inclusive) + a few ohers [Bolzoni, Maloni, Moch, Zaro 11] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
30 WBF: BNLO correcions gluon fusion/wbf inerference [Andersen, Binoh, einrich, Smillie 07], [Andersen, Smillie 08] [Bredensein, agiwara, Jäger 08] gluon induced WBF [R.., Vollinga, Weber 08] par of NNLO DIS-like NNLO (inclusive) + a few ohers [Bolzoni, Maloni, Moch, Zaro 11] missing: R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
31 WBF 1 σ (pb) a LC s = 7 TeV LO NLO NNLO scale choice: Q/4 µ R,µ F 4Q [Bolzoni, Maloni, Moch, Zaro 11] 1.15 σ(µ R,µ F )/σ NNLO (Q) m (GeV) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
32 Cross secions σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG pp (NLO QCD) M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
33 Gluon fusion σ(pp +X) [pb] 10 1 pp (NNLO+NNLL QCD + NLO EW) pp qq (NNLO QCD + NLO EW) pp W (NNLO QCD + NLO EW) pp Z (NNLO QCD +NLO EW) s= 7 TeV LC IGGS XS WG pp (NLO QCD) M [GeV] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
34 Gluon fusion: search channels 95% CL limi on σ/σ SM 2 CMS Preliminary, s = 7 TeV 10-1 Combined, L = fb in 10 1 Combined observed Combined expeced -1 bb (4.7 fb ) -1 ττ (4.6 fb ) -1 γγ (4.7 fb ) -1 WW (4.6 fb ) -1 ZZ 4l (4.7 fb ) -1 ZZ 2l 2τ (4.6 fb ) -1 ZZ 2l 2q (4.6 fb ) -1 ZZ 2l 2ν (4.6 fb ) iggs boson mass (GeV/c ) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
35 Gluon fusion: ZZ 4l igh mass region R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
36 Gluon fusion: ZZ 4l Low mass region R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
37 Gluon fusion: ZZ 2l2ν R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
38 γγ R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
39 γγ exclusion limi R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
40 Gluon Fusion R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
41 Gluon Fusion dominan producion mode sensiive o heavy paricle specrum R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
42 Gluon Fusion R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
43 Gluon Fusion QCD hrough NNLO [Spira, Djouadi, Graudenz, Zerwas 95], [Dawson 91], [R, Kilgore 02], [Anasasiou, Melnikov 02], [Ravindran, Smih, v.neerven 03] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
44 Gluon Fusion QCD hrough NNLO [Spira, Djouadi, Graudenz, Zerwas 95], [Dawson 91], [R, Kilgore 02], [Anasasiou, Melnikov 02], [Ravindran, Smih, v.neerven 03] resummaion of BNNLO effecs ln n (1 z), z = M 2 /ŝ [Caani, de Florian, Grazzini, Nason 03], [Moch, Vog 05], [Idilbi, Ji, Yuan 06], [Ravindran, Smih, v.neerven 07] (1 z)ŝ vs. M 2 vs. M 2 [Ahrens, Becher, Neuber, Yang 09] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
45 Gluon Fusion QCD hrough NNLO [Spira, Djouadi, Graudenz, Zerwas 95], [Dawson 91], [R, Kilgore 02], [Anasasiou, Melnikov 02], [Ravindran, Smih, v.neerven 03] resummaion of BNNLO effecs ln n (1 z), z = M 2 /ŝ [Caani, de Florian, Grazzini, Nason 03], [Moch, Vog 05], [Idilbi, Ji, Yuan 06], [Ravindran, Smih, v.neerven 07] (1 z)ŝ vs. M 2 vs. M 2 [Ahrens, Becher, Neuber, Yang 09] EW effecs [Acis, Passarino, Surm, Uccirai 08], [Agliei, Bonciani, Degrassi, Vicini 04] [Degrassi, Maloni 04], [Djouadi, Gambino 94] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
46 Gluon Fusion QCD hrough NNLO [Spira, Djouadi, Graudenz, Zerwas 95], [Dawson 91], [R, Kilgore 02], [Anasasiou, Melnikov 02], [Ravindran, Smih, v.neerven 03] resummaion of BNNLO effecs ln n (1 z), z = M 2 /ŝ [Caani, de Florian, Grazzini, Nason 03], [Moch, Vog 05], [Idilbi, Ji, Yuan 06], [Ravindran, Smih, v.neerven 07] (1 z)ŝ vs. M 2 vs. M 2 [Ahrens, Becher, Neuber, Yang 09] EW effecs [Acis, Passarino, Surm, Uccirai 08], [Agliei, Bonciani, Degrassi, Vicini 04] [Degrassi, Maloni 04], [Djouadi, Gambino 94] mixed QCD/EW effecs [Anasasiou, Boughezal, Periello 09] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
47 Gluon Fusion QCD hrough NNLO [Spira, Djouadi, Graudenz, Zerwas 95], [Dawson 91], [R, Kilgore 02], [Anasasiou, Melnikov 02], [Ravindran, Smih, v.neerven 03] resummaion of BNNLO effecs ln n (1 z), z = M 2 /ŝ [Caani, de Florian, Grazzini, Nason 03], [Moch, Vog 05], [Idilbi, Ji, Yuan 06], [Ravindran, Smih, v.neerven 07] (1 z)ŝ vs. M 2 vs. M 2 [Ahrens, Becher, Neuber, Yang 09] EW effecs [Acis, Passarino, Surm, Uccirai 08], [Agliei, Bonciani, Degrassi, Vicini 04] [Degrassi, Maloni 04], [Djouadi, Gambino 94] mixed QCD/EW effecs [Anasasiou, Boughezal, Periello 09] 1/m effecs R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
48 Convergence of 1/m expansion a NNLO σ NNLO /σ NNLO eff 14 TeV 1/M n, n=0,..., M /GeV [R, Ozeren 09], [Pak, Rogal, Seinhauser 09] [R, Manler, Marzani, Ozeren 09] ( ) σ σeff NNLO σ LO NNLO (m ) σ LO m R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
49 Theory uncerainies µ dependence (renormalizaion/facorizaion scales) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
50 Theory uncerainies µ dependence (renormalizaion/facorizaion scales) PDF uncerainies paramerizaion daa heavy quark effecs α s... R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
51 Theory uncerainies µ dependence (renormalizaion/facorizaion scales) PDF uncerainies paramerizaion daa heavy quark effecs α s... m b (µ) vs. M pole b vs.... finie widh effecs... R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
52 Theory uncerainies µ dependence (renormalizaion/facorizaion scales) PDF uncerainies paramerizaion daa heavy quark effecs α s... m b (µ) vs. M pole b vs.... finie widh effecs... combining errors R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
53 Influence of heory errors R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
54 Influence of cenral value very roughly... R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
55 Influence of cenral value very roughly... R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
56 Gluon Fusion 4 h generaion sensiive o heavy paricle specrum R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
57 Gluon Fusion 4 h generaion sensiive o heavy paricle specrum σ m M π ( 256 αs ) ( ) 2 2 y 2 π m R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
58 Gluon Fusion 4 h generaion sensiive o heavy paricle specrum σ m M π ( 256 αs ) ( 2 y + y + y b 2 π m m m b ) 2 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
59 Gluon Fusion 4 h generaion sensiive o heavy paricle specrum σ m M π ( 256 αs ) ( 2 m + m + m ) 2 b π = 9 2 π m m m b ( αs ) 2 π R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
60 Gluon Fusion 4 h generaion sensiive o heavy paricle specrum σ m M π ( 256 αs ) ( 2 m + m + m ) 2 b π = 9 2 π m m m b NNLO: [Anasasiou, Buehler, Furlan, erzog, Lazopoulos 11] EW: [Passarino, Surm, Uccirai 11], [Denner e al. 11] ( αs ) 2 π R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
61 Gluon Fusion Supersymmery sensiive o heavy paricle specrum ( ) σ m M π ( 256 αs ) 2 2 y 2 π m R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
62 Gluon Fusion Supersymmery ~ ~ ~ sensiive o heavy paricle specrum ( ) σ m M π ( 256 αs ) 2 (cos 2 y + ỹ 2 α 2 π m M 2 sin β ) 2 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
63 Gluon Fusion Supersymmery ~ ~ ~ sensiive o heavy paricle specrum ( ) σ m M π ( 256 αs ) 2 (cos 2 m + m2 α 2 π m 2 M 2 sin β ) 2 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
64 Gluon Fusion Supersymmery ~ ~ ~ sensiive o heavy paricle specrum ( ) σ m M π ( 256 αs ) 2 (cos 2 m + m2 α 2 π m 2 M 2 sin β NLO: [R, Seinhauser 04], [Anasasiou, Beerli, Daleo 08 + Bucherer, Kunsz 06], [Mühlleiner, Rzehak, Spira 07/ 08], [Agliei, Bonciani, Degrassi, Vicini 06], [R, ofmann, Manler 11], [Degrassi, Slavich 08/ 10 + Bagnasci, Vicini 11] ) 2 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
65 /A + b b _ b b R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
66 /A + b b _ b b collinear logarihms: α s ln(m b /M ) α s ln(5/200) R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
67 /A + b b _ b b collinear logarihms: α s ln(m b /M ) α s ln(5/200) resummaion: boom quarks as parons b _ b _ b b R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
68 pp + b b σ(pp bb + X) [fb] b _ b MSTW2008 µ =(2m +M )/4 0 b s = 7 TeV bb (NNLO) gg bb (NLO) M [GeV] _ b b LC IGGS XS WG 2010 [R, Kilgore 03] [Dimaier, Krämer, Spira 04] [Dawson, Jackson, Reina, Wackeroh 04] elecro-weak: [Dimaier, Krämer, Mück, Schlüer 06] R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
69 Sanander maching σ (fb) µ=(2m b +m )/4 MSTW2008 s =7 TeV 4FS gg bb (NLO) 5FS bb (NNLO) mached m (GeV) [R.., Krämer, Schumacher 11] σ = σ 4FS + wσ 5FS 1 + w σ = σ 4FS + w σ 5FS 1 + w w = ln m m b 2 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
70 Sanander maching relaive differences on σ s =7 TeV µ=(2m b +m )/4 MSTW2008 (σ 4FS ± σ ± 4FS - σ mached ) / σ mached (σ 5FS ± σ ± 5FS - σ mached ) / σ mached mached uncerainy m (GeV) [R.., Krämer, Schumacher 11] σ = σ 4FS + wσ 5FS 1 + w σ = σ 4FS + w σ 5FS 1 + w w = ln m m b 2 R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
71 Conclusions inclusive cross secions for Sandard Model iggs producion known hrough NNLO QCD + NLO EW (excep ) + BNNLO higlu, ggh@nnlo, bbh@nnlo, vh@nnlo, vbfnnlo, ihixs,... R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
72 Conclusions inclusive cross secions for Sandard Model iggs producion known hrough NNLO QCD + NLO EW (excep ) + BNNLO higlu, ggh@nnlo, bbh@nnlo, vh@nnlo, vbfnnlo, ihixs,... srong influence on exclusion limis R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
73 Conclusions inclusive cross secions for Sandard Model iggs producion known hrough NNLO QCD + NLO EW (excep ) + BNNLO higlu, ggh@nnlo, bbh@nnlo, vh@nnlo, vbfnnlo, ihixs,... srong influence on exclusion limis uncerainies will be very imporan for measuremens R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
74 Conclusions inclusive cross secions for Sandard Model iggs producion known hrough NNLO QCD + NLO EW (excep ) + BNNLO higlu, ggh@nnlo, bbh@nnlo, vh@nnlo, vbfnnlo, ihixs,... srong influence on exclusion limis uncerainies will be very imporan for measuremens mos imporan BSM scenarios covered R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
75 Conclusions inclusive cross secions for Sandard Model iggs producion known hrough NNLO QCD + NLO EW (excep ) + BNNLO higlu, ggh@nnlo, bbh@nnlo, vh@nnlo, vbfnnlo, ihixs,... srong influence on exclusion limis uncerainies will be very imporan for measuremens mos imporan BSM scenarios covered iggs physics could soon be precision physics! R. arlander ( BU Wupperal ) Inclusive iggs Cross Secions January / 42
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