PublicHGPlotsAtlPhysPub2010009 < AtlasPublic

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---+!!<nop>ATLAS Sensitivity Prospects for Higgs Boson Production at the LHC Running at 7 !TeV

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    *This page contains approved plots and results as they appear in the [[http://cdsweb.cern.ch/record/1278455][ATL-PHYS-PUB-2010-009]] note. Only the note contains all the relevant information and should thus be consulted if one of the plots is used. Click on an image to download in eps format. Please contact the HSG Documentation manager if you find any errors on this page.*
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---++!!<nop>Notice
Please note that the attached eps files can be retrieved by clicking on the appropriate images. The figure numbers on this page should match those from the pub note. However, the attached files are potentially from disparate sources, and the downloaded file names may be misleading. For example figure5a.eps is the file used for figure 7 in the original pub note. 
---++!!<nop>Figures

<div align="center" style="width:800px">
<a href="%ATTACHURL%/ATL-PHYS-PUB-2010-009-Fig1.eps">
	<img src="%ATTACHURL%/ATL-PHYS-PUB-2010-009-Fig1.png" width=50%></img></a>
<div style="width:80%;">
*Figure 1:* Representative leading order diagrams of Standard Model Higgs boson production. _Note: Usual <a href="%ATTACHURL%/ATL-PHYS-PUB-2010-009-Fig1.eps">eps</a> image linked to above is very large (19MB). Alternative <a href="%ATTACHURL%/ATL-PHYS-PUB-2010-009-Fig1.pdf">pdf</a> file is available._
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/HiggsXS7TeVMass_noVBF_sChannel.eps">
	<img src="%ATTACHURL%/HiggsXS7TeVMass_noVBF_sChannel.png" width=49%></img></a>
<a href="%ATTACHURL%/HiggsXS10TeVMass_noVBF_sChannel.eps">
	<img src="%ATTACHURL%/HiggsXS10TeVMass_noVBF_sChannel.png" width=49%></img></a>
<a href="%ATTACHURL%/HiggsXS14TeVMass_noVBF_sChannel.eps">
	<img src="%ATTACHURL%/HiggsXS14TeVMass_noVBF_sChannel.png" width=49%></img></a>
<div style="width:80%;">
*Figure 2:* Production cross-sections of the SM Higgs boson in %$pp$% collisions as functions of %$M_H$% for centre-of-mass energies of 7, 10 and 14 TeV.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/CrossSectionRatio.eps">
	<img src="%ATTACHURL%/CrossSectionRatio.png" width=50%></img></a>
<div style="width:80%;">
*Figure 3:* Relative NLO cross-sections from MCFM [12] as functions of %$\sqrt{s}$% for the signal (%$M_H$% = 160 !GeV) and main background processes.
</div>
</div>


<div align="center" style="width:800px">
<a href="%ATTACHURL%/ah_prod.eps">
	<img src="%ATTACHURL%/ah_prod.png" width=50%></img></a>
<div style="width:80%;">
*Figure 4:* Tree-level Feynman diagrams for the neutral MSSM Higgs boson production via (a) gluon fusion and (b) the associated production with _b_-quarks
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/CutFlow_d153.eps">
	<img src="%ATTACHURL%/CutFlow_d153.png" width=50%></img></a>
<div style="width:80%;">
*Figure 5:* %$H\rightarrow ZZ \rightarrow 4\mu$% signal selection efficiency as a function of the selection step for the luminosity scenario B, as defined in Table 3. The open boxes correspond to the case without pile-up and cavern background. The dark solid circles correspond to the sample with pile-up and cavern background, with a track isolation requirement along the lines of the reference analysis at %$\sqrt{s}$% = 14 !TeV. The pale circles correspond to the pile-up case with the improved track isolation requirement.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/Figure3a.eps">
	<img src="%ATTACHURL%/Figure3a.png" width=49%></img></a>
<a href="%ATTACHURL%/Figure4.eps">
	<img src="%ATTACHURL%/Figure4.png" width=49%></img></a>
<div style="width:80%;">
*Figure 6:* Expected 95% CL upper limits on %$\sigma_H \times {\mathcal B}(H\to WW)$% in pb. The left plot shows the conservative systematic uncertainty assumptions for different integrated luminosity scenarios. The right plot has green and yellow bands representing the range in which we expect the limit will lie, depending upon the data and lines showing conservative and optimistic uncertainty scenarios. The Standard Model cross-section is shown a red dotted line.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/Figure5a.eps">
	<img src="%ATTACHURL%/Figure5a.png" width=49%></img></a>
<a href="%ATTACHURL%/Figure6.eps">
	<img src="%ATTACHURL%/Figure6.png" width=49%></img></a>
<div style="width:80%;">
*Figure 7:* Expected 95% CL upper limits of the Higgs boson production cross-section normalized to the cross-section predicated by the Standard Model. Left: for different integrated luminosity scenarios at %$\sqrt{s}$% = 7 !TeV and conservative systematic uncertainty assumptions. Right: the green and yellow bands represent the range in which we eexpect the limit will lie, depending upon the data, normalised to the SM cross-section for an integrated luminosity of 1 fb<sup>-1</sup>. The effect of conservative and optimistic systematic uncertainties is indicated.
</div>
</div>


<div align="center" style="width:800px">
<a href="%ATTACHURL%/Pt130MC0.eps">
	<img src="%ATTACHURL%/Pt130MC0.png" width=49%></img></a>
<a href="%ATTACHURL%/Eta130MC0.eps">
	<img src="%ATTACHURL%/Eta130MC0.png" width=49%></img></a>
<div style="width:80%;">
*Figure 8:* Comparison of the lepton %$p_T$% and %$\eta$% distributions from %$H \rightarrow ZZ^{(*)}\rightarrow 4 \ell$% decays, with %$M_H$% = 130 !GeV, at %$\sqrt{s}$% = 7 !TeV. Similar agreement is observed for the sub-leading leptons.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/IPS4muDistribution.eps">
	<img src="%ATTACHURL%/IPS4muDistribution.png" width=49%></img></a>
<a href="%ATTACHURL%/HmassResol4mu.eps">
	<img src="%ATTACHURL%/HmassResol4mu.png" width=49%></img></a>
<div style="width:80%;">
*Figure 9:* Left plot: distributions of the maximum impact parameter significance of the signal and the %$Zb\bar{b}$% background in the %$H \rightarrow 4 \mu$% channel. Right plot: invariant mass resolution for the %$H \rightarrow 4 \mu$% channel as function of the Higgs mass, before and after applying the %$Z$% mass constraint.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/h4lLimit7TeV.eps">
	<img src="%ATTACHURL%/h4lLimit7TeV.png" width=50%></img></a>
<div style="width:80%;">
*Figure 10:* Expected 95% CL upper limits on the Standard Model Higgs boson production in the %$H \rightarrow ZZ^{(*)} \rightarrow 4\ell$% channel as a function of the Higgs mass, for the 7 !TeV centre-of-mass energy. The bands indicate the range in which we expect the limit will lie, depending upon the data. These limits were obtained with the CL<sub>s</sub> method used in LEP and Tevatron experiments [35].
</div>
</div>


<div align="center" style="width:800px">
<a href="%ATTACHURL%/diagram_irr_pythia.eps">
	<img src="%ATTACHURL%/diagram_irr_pythia.png" width=50%></img></a>
<div style="width:80%;">
*Figure 11:* Examples of Feynmandiagrams of photon pair production, at the lowest order (LO) in terms of %$\alpha_s$%.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/H120_7TeVsamples_1invfb.eps">
	<img src="%ATTACHURL%/H120_7TeVsamples_1invfb.png" width=50%></img></a>
<div style="width:80%;">
*Figure 12:* Invariant mass of hte two candidate photons from MC samples simulating the production of a Higgs boson with %$m_H$% = 120 !GeV through all production channels, normalised to L = 1 fb<sup>-1</sup> at 7 !TeV. Also shown is the distribution when at least one photon is converted according to the Monte Carlo truth.
</div>
</div>


<div align="center" style="width:800px">
<a href="%ATTACHURL%/PlotFig2_toy.eps">
	<img src="%ATTACHURL%/PlotFig2_toy.png" width=49%></img></a>
<a href="%ATTACHURL%/Plot_Fig1.eps">
	<img src="%ATTACHURL%/Plot_Fig1.png" width=49%></img></a>
<div style="width:80%;">
*Figure 13:* Expected di-photon invariant mass distribution at %$\sqrt{s}$% = 7 !TeV for an integrated luminosity of 1 fb<sup>-1</sup>. The left-hand plot has the signal contribution enhanced by a factor 10.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/PlotCLSB_7TeV1fb_noC2_text.eps">
	<img src="%ATTACHURL%/PlotCLSB_7TeV1fb_noC2_text.png" width=50%></img></a>
<a href="%ATTACHURL%/PlotCLS_7TeV1fb_noC2_text.eps">
	<img src="%ATTACHURL%/PlotCLS_7TeV1fb_noC2_text.png" width=50%></img></a>
<div style="width:80%;">
*Figure 14:* The estimated number of Standard Model signal cross-section excluded at 95% CL as a function of the Higgs mass for an integrated luminosity of 1 fb<sup>-1</sup>. The Frequentist limit shown allows the observed upper limit to be zero (top plot). For comparison, on the bottom plot, we show the limit with the CL<sub>s</sub> method used at LEP and Tevatron experiments [35]. The green and yellow bands represent the range in which we expect the limit with lie, depending upon the data.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/limitPlot_combination_7TeV_1ifb_PUBfollowup_25Jun2010.eps">
	<img src="%ATTACHURL%/limitPlot_combination_7TeV_1ifb_PUBfollowup_25Jun2010.png" width=50%></img></a>
<a href="%ATTACHURL%/limitPlot_combination_7TeV_1ifb_PUBfollowup_xsec_25Jun2010.eps">
	<img src="%ATTACHURL%/limitPlot_combination_7TeV_1ifb_PUBfollowup_xsec_25Jun2010.png" width=50%></img></a>
<div style="width:80%;">
*Figure 15:* The expected upper bound on the Higgs boson production cross-section after collecting 1 fb<sup>-1</sup> of integrated luminosity in 7 !TeV collisions with the ATLAS detector: on the top plot, the limit is normalised to the NLO prediction of the SM cross-section and on the bottom plot, it is normalised to an absolute cross-section. The green and yellow bands represent the rane in which we expect the limit will lie, depending upon the data. Only the %$H \rightarrow WW \rightarrow \ell\ell\nu\nu$%,  %$H \rightarrow ZZ \rightarrow 4 \ell $% and %$H \rightarrow \gamma\gamma$% channels are included in these plots. It is expected that in the low mass region, the addition of %$H \rightarrow b \bar{b}$% and %$H \rightarrow \tau \tau$% will improve this result. The expected limit in high mass region above %$M_H$% ~ 200 !GeV is obtained from the %$H \rightarrow ZZ \rightarrow 4 \ell$% only as shown in Fig. 10; the limit in the high mass region will be improved with the addition of the %$H \rightarrow ZZ \rightarrow \ell \ell b b$% and %$H \rightarrow ZZ \rightarrow \ell \ell \nu \nu$% channels.
</div>
</div>


<div align="center" style="width:800px">
<a href="%ATTACHURL%/TestUnfitTemplate.eps">
	<img src="%ATTACHURL%/TestUnfitTemplate.png" width=49%></img></a>
<a href="%ATTACHURL%/TestFitChiMtopTemplate.eps">
	<img src="%ATTACHURL%/TestFitChiMtopTemplate.png" width=49%></img></a>
<div style="width:80%;">
*Figure 16:* Left: the normalised di-jet mass templates directly reconstructed from the two untagged jets. Right: the improved, normalised di-jet mass templates using the fitter.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/cosH-METbjetcuts-noData-7TeV.eps">
	<img src="%ATTACHURL%/cosH-METbjetcuts-noData-7TeV.png" width=50%></img></a>
<div style="width:80%;">
*Figure 17:* Comparison of the %$cos \theta^{*}_{\ell}$% distribution on the %$H^+$% side in the SM case (dashed line) and as obtained when assuming %$m_{H^+}$% = 130 !GeV together with %${\mathcal B}(t \to b H^+)$% = 17% (filled histogram). All selection cuts are applied, except the one on %$cos \theta^*_\ell$%.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/taunu_limits.eps">
	<img src="%ATTACHURL%/taunu_limits.png" width=49%></img></a>
<a href="%ATTACHURL%/csbar_limits.eps">
	<img src="%ATTACHURL%/csbar_limits.png" width=49%></img></a>
<div style="width:80%;">
*Figure 18:* Expected 95% CL upper limits in early data ( with L = 1 fb<sup>-1</sup>) at %$sqrt{s}$% = 7 !TeV) versus the charged Higgs boson mass assuming %${\mathcal B}(H^+ \to \tau^+ \nu)$% = 1 (left) or %${\mathcal B}(H^+ \to c \bar{s})$% = 1  (right). The green and yellow bands correspond to the range in which we expect the limit will lie, depending upon the data.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/b_quark_pt.eps">
	<img src="%ATTACHURL%/b_quark_pt.png" width=50%></img></a>
<div style="width:80%;">
*Figure 19:* Transverse momentum distributions of the generated %$b$%-quarks in the %$bbA$% signal events, shown for three different centre-of-mass energies.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/label_0b_tanb_excl.eps">
	<img src="%ATTACHURL%/label_0b_tanb_excl.png" width=49%></img></a>
<a href="%ATTACHURL%/label_1b_tanb_excl.eps">
	<img src="%ATTACHURL%/label_1b_tanb_excl.png" width=50%></img></a>
<div style="width:80%;">
*Figure 20:* The tan&beta; balues needed for an exclusion of the neutral MSSM Higgs bosons shown as a function o fthe Higgs boson mass %$m_A$%, separately for teh (left) analysis mode with 0 %$b$%-jet and (right) analysis mode with at least on %$b$%-jet. An integrated luminosity of 1 fb<sup>-1</sup> and %$\sqrt{s}$% = 7 !TeV are assumed. Dashed lines represent the results assuming zero uncertainty on the signal and background, while the full lines correspond to the results with both signal and background uncertainty taken in to account.
</div>
</div>

<div align="center" style="width:800px">
<a href="%ATTACHURL%/pubnote_figure21.eps">
	<img src="%ATTACHURL%/pubnote_figure21.png" width=50%></img></a>
<div style="width:80%;">
*Figure 21:* The pseudo-rapidity distribution of the leading jet in QCD di-jet events at 10 !TeV (black) and at 7 !TeV using PDF re-weighting (red) and using a dedicated, fully simulated sample of Monte Carlo events generated with a centre-of-mass energy of 7 !TeV and using the same PDF set as the 10 !TeV sample (blue).
</div>
</div>


<div align="center" style="width:800px">
<a href="%ATTACHURL%/WW_comparison_7TeV_1ifb_11Jun2010.eps">
	<img src="%ATTACHURL%/WW_comparison_7TeV_1ifb_11Jun2010.png" width=50%></img></a>
<div style="width:80%;">
*Figure 22:* A comparison of the expected (median) limits for %$H \to WW$% using PDF re-weighting and using cross-section rescaling, for an integraed luminosity of 1 fb<sup>-1</sup>.
</div>
</div>



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Attachments

Topic attachments
I	Attachment	History	Action	Size	Date	Who
eps	ATL-PHYS-PUB-2010-009-Fig1.eps	r1	manage	19200.6 K	2010-07-19 - 20:59	CalebLeeParnellLampenExCern
pdf	ATL-PHYS-PUB-2010-009-Fig1.pdf	r1	manage	22.8 K	2010-07-19 - 20:55	CalebLeeParnellLampenExCern
png	ATL-PHYS-PUB-2010-009-Fig1.png	r1	manage	531.5 K	2010-07-19 - 20:11	CalebLeeParnellLampenExCern
eps	CrossSectionRatio.eps	r1	manage	8.8 K	2010-07-19 - 20:25	CalebLeeParnellLampenExCern
png	CrossSectionRatio.png	r1	manage	113.8 K	2010-07-19 - 20:25	CalebLeeParnellLampenExCern
eps	CutFlow_d153.eps	r1	manage	9.3 K	2010-07-19 - 06:04	CalebLeeParnellLampenExCern
png	CutFlow_d153.png	r1	manage	139.9 K	2010-07-19 - 06:04	CalebLeeParnellLampenExCern
eps	Eta130MC0.eps	r1	manage	10.5 K	2010-07-19 - 06:25	CalebLeeParnellLampenExCern
png	Eta130MC0.png	r1	manage	193.1 K	2010-07-19 - 06:25	CalebLeeParnellLampenExCern
eps	Figure3a.eps	r1	manage	12.1 K	2010-07-19 - 20:32	CalebLeeParnellLampenExCern
png	Figure3a.png	r1	manage	205.2 K	2010-07-19 - 20:33	CalebLeeParnellLampenExCern
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png	Figure4.png	r1	manage	203.7 K	2010-07-19 - 20:34	CalebLeeParnellLampenExCern
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png	H120_7TeVsamples_1invfb.png	r1	manage	150.1 K	2010-07-19 - 06:43	CalebLeeParnellLampenExCern
eps	HiggsXS10TeVMass_noVBF_sChannel.eps	r1	manage	11.8 K	2010-07-19 - 05:39	CalebLeeParnellLampenExCern
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png	HiggsXS14TeVMass_noVBF_sChannel.png	r1	manage	142.1 K	2010-07-19 - 05:38	CalebLeeParnellLampenExCern
eps	HiggsXS7TeVMass_noVBF_sChannel.eps	r1	manage	11.9 K	2010-07-19 - 05:38	CalebLeeParnellLampenExCern
png	HiggsXS7TeVMass_noVBF_sChannel.png	r1	manage	141.9 K	2010-07-19 - 05:39	CalebLeeParnellLampenExCern
eps	HmassResol4mu.eps	r1	manage	9.0 K	2010-07-19 - 06:31	CalebLeeParnellLampenExCern
png	HmassResol4mu.png	r1	manage	121.8 K	2010-07-19 - 06:33	CalebLeeParnellLampenExCern
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png	IPS4muDistribution.png	r1	manage	116.1 K	2010-07-19 - 06:36	CalebLeeParnellLampenExCern
eps	PlotCLSB_7TeV1fb_noC2_text.eps	r1	manage	12.3 K	2010-07-19 - 07:00	CalebLeeParnellLampenExCern
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png	Plot_Fig1.png	r1	manage	150.1 K	2010-07-19 - 21:32	CalebLeeParnellLampenExCern
eps	Pt130MC0.eps	r1	manage	11.6 K	2010-07-19 - 06:26	CalebLeeParnellLampenExCern
png	Pt130MC0.png	r1	manage	205.5 K	2010-07-19 - 06:27	CalebLeeParnellLampenExCern
eps	TestFitChiMtopTemplate.eps	r1	manage	8.6 K	2010-07-19 - 07:14	CalebLeeParnellLampenExCern
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png	TestUnfitTemplate.png	r1	manage	143.5 K	2010-07-19 - 07:14	CalebLeeParnellLampenExCern
png	UnfitTemplate7tev.png	r1	manage	114.3 K	2010-07-19 - 04:41	CalebLeeParnellLampenExCern
eps	WW_comparison_7TeV_1ifb_11Jun2010.eps	r1	manage	11.3 K	2010-07-19 - 07:37	CalebLeeParnellLampenExCern
png	WW_comparison_7TeV_1ifb_11Jun2010.png	r1	manage	137.9 K	2010-07-19 - 07:38	CalebLeeParnellLampenExCern
eps	ah_prod.eps	r1	manage	28.1 K	2010-07-19 - 06:12	CalebLeeParnellLampenExCern
png	ah_prod.png	r1	manage	33.2 K	2010-07-19 - 06:12	CalebLeeParnellLampenExCern
eps	b_quark_pt.eps	r1	manage	14.6 K	2010-07-19 - 07:29	CalebLeeParnellLampenExCern
png	b_quark_pt.png	r1	manage	182.7 K	2010-07-19 - 07:29	CalebLeeParnellLampenExCern
eps	cosH-METbjetcuts-noData-7TeV.eps	r1	manage	35.5 K	2010-07-19 - 07:18	CalebLeeParnellLampenExCern
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eps	csbar_limits.eps	r1	manage	10.7 K	2010-07-19 - 07:23	CalebLeeParnellLampenExCern
png	csbar_limits.png	r1	manage	169.8 K	2010-07-19 - 07:23	CalebLeeParnellLampenExCern
eps	diagram_irr_pythia.eps	r1	manage	18.2 K	2010-07-19 - 06:40	CalebLeeParnellLampenExCern
png	diagram_irr_pythia.png	r1	manage	57.6 K	2010-07-19 - 06:40	CalebLeeParnellLampenExCern
eps	h4lLimit7TeV.eps	r1	manage	35.6 K	2010-07-19 - 06:38	CalebLeeParnellLampenExCern
png	h4lLimit7TeV.png	r1	manage	160.1 K	2010-07-19 - 06:38	CalebLeeParnellLampenExCern
eps	label_0b_tanb_excl.eps	r1	manage	11.3 K	2010-07-19 - 07:31	CalebLeeParnellLampenExCern
png	label_0b_tanb_excl.png	r1	manage	139.4 K	2010-07-19 - 07:31	CalebLeeParnellLampenExCern
eps	label_1b_tanb_excl.eps	r1	manage	11.4 K	2010-07-19 - 07:33	CalebLeeParnellLampenExCern
png	label_1b_tanb_excl.png	r1	manage	144.7 K	2010-07-19 - 07:32	CalebLeeParnellLampenExCern
eps	limitPlot_combination_7TeV_1ifb_PUBfollowup_25Jun2010.eps	r1	manage	12.4 K	2010-07-19 - 07:05	CalebLeeParnellLampenExCern
png	limitPlot_combination_7TeV_1ifb_PUBfollowup_25Jun2010.png	r1	manage	145.9 K	2010-07-19 - 07:06	CalebLeeParnellLampenExCern
eps	limitPlot_combination_7TeV_1ifb_PUBfollowup_xsec_25Jun2010.eps	r1	manage	12.8 K	2010-07-19 - 07:06	CalebLeeParnellLampenExCern
png	limitPlot_combination_7TeV_1ifb_PUBfollowup_xsec_25Jun2010.png	r1	manage	163.7 K	2010-07-19 - 07:08	CalebLeeParnellLampenExCern
eps	pubnote_figure21.eps	r1	manage	11.3 K	2010-07-19 - 20:46	CalebLeeParnellLampenExCern
png	pubnote_figure21.png	r1	manage	131.1 K	2010-07-19 - 20:47	CalebLeeParnellLampenExCern
eps	taunu_limits.eps	r1	manage	11.2 K	2010-07-19 - 07:23	CalebLeeParnellLampenExCern
png	taunu_limits.png	r1	manage	164.8 K	2010-07-19 - 07:23	CalebLeeParnellLampenExCern

Topic revision: r5 - 2011-01-26 - PatrickJussel

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