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Section Editors BaBar: Fernando Martinez-Vidal Belle: Karim Trabelsi Theory: Ikaros Bigi f 3, or  4 th Workshop on the “Physics of the B-factories” Book.

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Presentation on theme: "Section Editors BaBar: Fernando Martinez-Vidal Belle: Karim Trabelsi Theory: Ikaros Bigi f 3, or  4 th Workshop on the “Physics of the B-factories” Book."— Presentation transcript:

1 Section Editors BaBar: Fernando Martinez-Vidal Belle: Karim Trabelsi Theory: Ikaros Bigi f 3, or  4 th Workshop on the “Physics of the B-factories” Book Annecy, 30 th June – 1 st July 1

2 g section contents 2  Many papers related to  (variety of methods and channels)  Introduction (including theory) and overview on approaches to measure g  Focus on GLW, ADS and GGSZ/Dalitz methods on B ±  D (*) K (*) ± decays  GLW B ±  DK ±, B ±  D * K ±, B ±  DK* ±  ADS B ±  DK ±, B ±  D * K ±, B ±  DK* ±  GGSZ/Dalitz B ±  DK ±, B ±  D * K ±, B ±  DK* ±  Model dependent  Model independent  sin(2b+  ) measurements (full and partial reco), shorter but complete overview  Other channels (e.g. ADS and GGSZ with neutral B decays) that do not bring much information no but that are interesting for future facilities will be briefly review  Combination of results (from GLW, ADS and GGSZ methods)  ~30 pages in total

3 BaBar papers 3 MethodChannelStat (MBB)Last publicationStatus/ Expected GLWB ±  DK ± 467PRD82, (2010)Final GLWB ±  D * K ± 383PRD78, (2008)Final GLWB ±  DK * ± 379PRD80, (2009)Final ADSB ±  D (*) K ± 467PRD82, (2010)Final ADS B ±  DK ±, D  K  arXiv: PRD(R) Final ADSB ±  DK * ± 379PRD80, (2009)Final GGSZ model dep.B ±  D (*) K (*) ± 468PRL105, (2010)Final Sin(2+) full recoB 0  D *  ± / D ± 232PRD73, (R) (2006)Final Sin(2+) par recoB 0  D *  ± 232PRD71, (2005)Final r B for D (*) B 0  D s (*)  ± /  ± / K ± 381PRD78, (2008)Final ADSB 0  DK *0 465PRD80, (R) (2009)Final GGSZ model dep.B 0  DK *0 371PRD79, (2009)Final GGSZ model dep.B ±  DK ± 324PRL99, (2007)Final

4 Belle papers 4 MethodChannelStat (MBB) Last publicationStatus/ Expected GLWB ±  D (*) K ± 275PRD73, (R) (2006)End 2011 ADSB ±  DK ± 772PRL106, (2010)Final ADSB ±  D*K ± End 2011 GGSZ model dep.B ±  D (*) K ± 657PRD81, (2010)Final GGSZ model dep.B ±  DK * ± 386PRD73, (2006)Final GGSZ model indep.B ±  DK ± 772arXiv: End 2011 Sin(2+) full recoB 0  D (*)  ± 386PRD 73, (2006)End 2011 Sin(2+) par recoB 0  D *  ± 657 arXiv: PRD(R) Final r B for DB 0  D s  ± / K ± 657PRD 82, (R) (2010)Final r B for D * B 0  D s *  ± / K ± 657PRD 81, (R) (2010)Final r B for D * B±D*±0B±D*±0 657PRL 101, (2008)Final

5 Contributors 5  BaBar  GLW, ADS: Matteo Rama, Giovanni Machiori  GGSZ/Dalitz: Fernando Martinez-Vidal  Sin(2  +  ): Abi Soffer  Belle:  GLW,ADS: Karim Trabelsi  GGSZ: Anton Poluektov  Sin(2  +  ): Gagan Mohanty  Theory: Ikaros Bigi  Combination of results: relation with HFAG

6 Inter-correlation 6  Dalitz plot analyses  Dynamics for GGSZ/Dalitz analysis (BW, K-matrix, etc.)  D mixing and CPV  Inputs from charm, other than B factories, e.g.  D for K  or K  0, coherence factor for K  0  Results from D  K S h + h - amplitude models?  Hadronic B decays to charm  For r B estimation from B  D s (*) h,D * ± p 0  Other  Global CKM fits  Maximum likelihood fits  Tagging and Vertexing (for exclusive and inclusive B reconstruction)  Multivariate discriminants  Blind analysis

7 Status of the write-up 7  Getting familiar with the system  svn, symbols, references, etc.  Very first versions of the following subsections:  Introduction  GLW  ADS  GGSZ/Dalitz  Model dependent  Model independent  6/30 pages of text/tables/figures  Still need to bring I.Bigi into theory discussion Style Guide, Bruce Yabsley

8 8 Section looks like this...


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