Difference between revisions of "Baryon Contamination Studies"
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| − | = ''' | + | =''' CLAS6 - pKK''' = |
| − | + | Summary of the action plan to include (a) baryon vertex into the CLAS6 - pKK "high mass" PWA.. | |
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Please let me know where I am wrong and if I left something out. | Please let me know where I am wrong and if I left something out. | ||
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guessed from data/literature but will be later part of the fit. | guessed from data/literature but will be later part of the fit. | ||
| − | Ok, let me know of your comments, | + | Ok, let me know of your comments, |
| − | Carlos presentation (g12 pKK at high mass) | + | Carlos presentation of the (g12 pKK data at high mass) is here: |
# [https://userweb.jlab.org/~salgado/g12pkk/baryonMeson.pdf] | # [https://userweb.jlab.org/~salgado/g12pkk/baryonMeson.pdf] | ||
| − | Adam S. Note | + | Adam S. Note on the theory |
# [https://userweb.jlab.org/~salgado/g12pkk/Adam_pKK.pdf] | # [https://userweb.jlab.org/~salgado/g12pkk/Adam_pKK.pdf] | ||
| − | Carlos S. note | + | Carlos S. note on the CLAS6 software inlcusion |
# [https://userweb.jlab.org/~salgado/g12pkk/Carlos_pKK.pdf] | # [https://userweb.jlab.org/~salgado/g12pkk/Carlos_pKK.pdf] | ||
Latest revision as of 10:49, 20 June 2013
CLAS6 - pKK
Summary of the action plan to include (a) baryon vertex into the CLAS6 - pKK "high mass" PWA..
Please let me know where I am wrong and if I left something out.
- We decided to study the pK+(K-) channel from g12 data.
- As a fist step we will add the pK- baryon vertices though lambda decays.
- Ron will find us the amplitudes, elastic K-p->pK- going through lambdas
in the mass range of 1.4-2.4 GeV. If he can not find good data/amplitudes we perhaps need to change to the ppi+pi- channel but we will see...
- We will introduce (add coherently) these amplitudes to our intensity function with
respective coefficients to fit (through our current extended likelihood procedure)
- The normalization integrals will treated as we do now, they factorized out and will
be calculated independently from MC events (we need to check this further I think)
- We will do our fits in mass bins of (m_kk,m_pK) and integrate over t (also to have more events per bin).
We will then need to include an exponential t distribution. The b coefficient of this distribution will be first guessed from data/literature but will be later part of the fit.
Ok, let me know of your comments, Carlos presentation of the (g12 pKK data at high mass) is here:
Adam S. Note on the theory
Carlos S. note on the CLAS6 software inlcusion
