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Update results
- General
- Sepatate general plan and fraction plan
- Update motivation: looking for fraction, not cross-section
- Update the main fraction equation
- LHCb
- LHC
- LHCb
- Upsilon
- Nominal fit without pull histogram
- Update fit table - all signal parameters are free
- Yields scaled by bin width and luminosity
- Chib
- Update nominal fit table. Fixed mass to 9887 Gev/c^2
- Plot x-axis. Change absolutie value to m_Y(nS)^{PDG}
- chib(2,3) -> Y(2S) gamma. Update plots (more bins)
- chib(3P) mass is 10508
- Add other experiments results
- Update yield plots: scaled by bin width and luminosity
- Update result plots
- Add lambda dependency plots.
- MC
- Update efficiency plots
- Profiler
- Add one or two slides on profiler
- Add profiler slides into backup
C.B. comments
- slide 4: if numbers in the bottom table are right, then we should have not built LHCb, since ATLAS/CMS have higher efficiencies for bbbar pairs in their acceptance! Could you please check? Or otherwise delete the table?
- slide 7: "radiactive" --> "radiative"
- after slide 8 add a slide with theoretical predictions (Likhoded et al) as in chapter 1 of your thesis
- slide 10: change title in "this thesis" and add at the beginning information about the improvements of your analysis with respect to previous LHCb results (more channels, extended pT range, more luminosity, etc.)
- slide 15, 20 : "...is due to the production cross sections, which are expect to be about 10% larger"
- slide 17: "...due to its low radiative branching ratio". Define Bernstein polynomials? removed Bernstein.
- slide 19: add a line in the plot showing the fixed value of the chib(1P) mass (9.887GeV/c2)
- slide 23: what is 10249MeV/c2 corresponding to? Could you use the same units as before (GeV/c2 instead of MeV/c2)
- slide 24: "normilized" --> "normalized"
- slide 27: it's not clear what is the meaning of this slide. What do you want to say? I suppose that you want to show the variation of the mass wrt to lambda and deltam(2,1), and that you will consider this as systematic uncertainty? Please specify.
- slide 28: mention that the other study with converted photons is (very!) preliminary and still not public. Change "stat" --> "syst" in the second uncertainty (+4.4 -3.4)
- slide 29: emphasize last sentence in the text (don't count, but fit instead)
- slide 33: add a couple of slides about the uncertainties other than polarization
- slide 34: "chib" -->
$\chi_b$ - slide 36: say that these are the maximum uncertainties found in pT bins
C.B. comments to v 1.1
- change "polinomial" with "polynomial" everywhere
- it seems that you don't say anywhere that you set lambda parameter to 0.5
- title slide: take out "LHC CERN" (last row of title)
- slide 4: keep in mind that you capture 25% of heavy quark pairs with very high efficiency, whereas ATLAS and CMS are not able to do so (they have much stringent trigger requirements, that have low efficiency on heavy quarks)
- slide 6: write 2011 and 2012 integrated luminosities (it's already written in the plot, but it's too small)
- slides 3-6: did you talk to Antonio about who will present slides on LHC/LHCb?
- slide 8: Start sentence with "Bound bbbar states, which can be produced..., are an ideal laboratory..."
- slide 10: can you put less words in this slide?
- slide 12: "The measurements of Ups(3S) fraction.... and the chib(3P) mass were performed for the first time"
- slide 15: it would be nice to add the definition of rapidity (in a corner of this slide). I think you should also spend a few words (but don't write them down) about the trigger requirements something like: "We require two muons to fire the low level trigger, and further refine this requirements in the high level trigger by adding cuts on the invariant mass" (and other cuts, if present).
- slide 17,22: "cross-sections, which are expected to increase by about 10%"
- slide 18: "Another approach uses photon conversions in e+e- pairs - this method has..."
- slide 19: "one crystal ball for each chib1,2(1P,2P,3P) state: 6 CB in total" (same in slides 23, 27) ; then put "exclude the study of chib0...etc" in another bullet
- slide 21,25: add a last sentence: "A systematic uncertainty due to this assumption has been assigned"
- slide 27: "compination" --> "combination"
- slide 30: you say that ATLAS and D0 measured a mass barycenter. Do you have a measurement for that as well? I suppose that your measurement for barycenter is 10,508 + 12 MeV? (lambda = 0.5 and deltaM(theory) = 12MeV?)
- slide 36: could you make the last sentence bigger? "Theory predicts
$\lambda \in [0.3,0.7]$ " (I suppose you are using latex/beamer) It would be great if you could emphasize the part of the two tables where lambda goes from 0.3 to 0.7 (a red frame or something like that), to indicate that you are using only those uncertainties. - slide 39: "founded" --> "found"
- slide 46: I would move this slide before the software profiling tool and mention the profiling tool only if explicitly required.
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