1. CHARM2012 experimental summary Stephen Lars Olsen Seoul National University Barrel End-cap

2. BaBar (Belle) Design report ~1995 Look for DD-mixing it will be a clear sign of New Physics

3. ~2007 ???? SM? BaBar & Belle

4. LHCb Design report ~2005 But CPV in D-meson decay will be a “smoking gun” for New Physics

5. ~2012 ?????, SM? LHCb & CDF

6. Smoking gun

7. Some of the topics covered at Charm2012 Weak decays of charm (u-type) quarks – CPV in charm – DD mixing – rare decays – form-factors – f D & f Ds – …, Open- & hidden-charm spectroscopy – charmonium – XYZ states – open charm baryons (& mesons) – …, Charm as a tool – test NRQCD – probe QGP – measure  G/G contribution to proton’s spin – light hadron spectroscopy – inputs for CPV measurements with B mesons – …,

8. CPV: a CP (D  K + K - )-a CP (D   +  - ) LHCb Carbone: Used 0.6 fb -1  Expect >3x the data by the end of 2012 run HFAG average: Δa CP dir = (−0.645 ± 0.180 )% CDF Punzi:

9. SM or New Physics? See theory summary talk

10. DD mixing Belle Staric BaBar Neri: _

11. New HFAG Averages for y CP & A 

12. Rare Decays Dettori SM Most existing limits are background limited, e.g. LHCb  limit

13. Now: BaBar: D 0   search  (3770)  D 0 D 0 Simulation Real Data D 0   at BaBar limit level Background    K  etc tags Muramatsu EE Rare decays future Future: double tags At BESIII & SuperB:

14. Form-factors Cabibbo suppressed BESIII Liu: High quality measurements, even for Cabibbo-suppressed modes

15. f D s recent history Zupanc

16. f D s future Zupanc Current techniques (at least for D    ) are statisticls limited & can be applied at future higher luminosity facilities.

17. Spectroscopy

18. Below threshold charmonium Problems with mass measurements Properties not well known

19. New BESIII  c mass measurement Mass C.L.=0.0014 Interference with non-reson. bkg + 5 other modes PDG 2010 Better agreement with Lattice QCD calculation

20. 22 Bhardwaj Belle New Charmonium State:  2

21. Charged Z + in    c1 system? BaBar (Gradl)Belle PRD 78, 072004 (2008) incoherent destructive interf constr. interf

22. Charged Z b + states in   ϒ &   h b PHSP M( Υ (2S)π) max M(h b (1P)  + ) B B* b b _ B-B* “molecule” _ B* b b _ B*-B* “molecule” _ 2m B* m B +m B*

23. Lots of progress on charmed-baryons  c * -  c mass splitting Cheon Good agreement, no surprises 17 established states (much better shape than ordinary baryons)

24. Charm as a tool

25. NRQCD vs cross sections 25 LHCb CMS NLO NRQCD NNLO color-singlet e.g. York: prompt  ’ production

26. NRQCD vs Polarization e.g. CDF Casey:

27. Charm as a probe of QGP ALICE expt Masera

28. Nuclear Modification Factors: open charm ALICE expt Masera

29. Nuclear Modification Factors: hidden bottom CMS expt Hong ϒ (1,2,3S) production Analyses based on 7.28  b -1 2010 data sample; 150  b -1 2011 data will be ready soon

30.  G/G from charm leptoproduction COMPASS expt Franco Too small to explain spin “deficit”(?) COMPASS expt Franco

31. Light hadron spectroscopy ?? BESIII Shen

32. Input for CPV studies with B mesons CLEOc &BESIII Briere

33. Near future BESIII LHCb (Gersabeck)

34. Further future BelleII (Schwartz)) Panda (Pelizaeus) SuperB (Purohit))

35. DD mixing ✔ CP violation ✔ XYZ mesons ✔ …, Experiments are doing fine

36. Theory, not so hot SM DD mixing = ??? ✗ SM CPV = ??? ✗ Pol. in J/  /  ’ prod ✗ …,

37. The boat is leaving SS Experiment Joe Theorist

38. But where are we headed? ?

39. SM desert??

40. or ?

41. or Manchester??

42. Thank You 감사합니다