1. Report on ICHEP06 Moscow, Russian Federation
Lee Pondrom, UW Madison, 25 Sept 2006

2. Possible new c-cbar states
Several new resonances have been seen at the B factories-daughters of B decays
One prominent signature is X->J/ψ
The X(3872) has been confirmed at the Tevatron.

11. CP violation in the B sector
This is a busy area, only a few things will be discussed

12. Kobayashi-Maskawa Phase
l ~ 0.22
CP violation is due to a complex phase
in quark mixing matrix
CP violation parameters
(f1, f2, f3) = (b, a, g )

13. xCP : CP eigenvalue, +1 (-1) for CP even (odd)
sin2f1 measurement B0 q p
fCP _ d b c s w B0
J/y K0 _ t d b w B0
V*td
V*td = A CP
G (Dt ; B0J/yK0) - G (Dt ; B0J/yK0)
G (Dt ; B0J/yK0) + G (Dt ; B0J/yK0) _
= -xcpsin2f1 sin(DmDt) + A cos (DmDt)
Mixing induced CPV
Direct CPV (A = -C)
xCP : CP eigenvalue, +1 (-1) for CP even (odd)
A=0

14. Principle of TCPV measurement
CP-side m+
J/y B0 _ m-
(4S)
resonance B1
electron
(8GeV)
KS/L B0
positron
(3.5GeV) nm B2 p-
bg = (Belle)
0.56 (BaBar) K+ p-
Flavor tag and vertex reconstruction
Dz ~ 200mm
(Belle) m+
Fully reconstruct one B-meson which decays to CP eigenstate
Tag-side determines its flavor
Proper time (Dt) is measured from decay-vertex difference (Dz)

15. B0J/y KS , KL B0  J/y KS B0  J/y KL Belle preliminary
B0  J/y KL
B0 tag
B0 tag
B0 tag _
B0 tag _
CP odd : xCP=-1
CP even : xCP=+1
sin2f1= ±0.038
A = ±0.028
sin2f1= ±0.057
A = ±0.033
Sig
Sig+BG
stat error
stat error

16. Constraint on the Unitarity Triangle_
Time-dependent Dalitz analysisof B0  D[ KSp+p- ]h0
hep-ex/ submitted to PRL
f1=70o ?
f1=20o
Disfavored at
98.3% C.L. ?
(^_^)
f1 = 20.0o ± 1.3o
(Belle data only)

17. The unitarity triangle: a year ago
Already many observable
quantities are
over-constraining
the unitarity triangle.

18. Electroweak Sector Here again only a few topics
Charged currents at HERA
Top mass
Single top production

33. Cosmic Rays Highest energies – Auger detector
Atmospheric neutrinos and Super K

35. 1 particle/km2/century

36. Above Ethr ≈ 7*1019 eV, protons loose rapidly energy via pion photoproduction. Interaction length ≈ 6 Mpc Energy loss ≈ 20 % / interaction
p + γ 2.7 K → N+ π

37. Auger hybrid detector Fluorescence Detector (FD)
Longitudinal development of the shower
Calorimetric measurement of the energy
Calibration of the energy scale
Direction of the shower
12% duty cycle !
Surface Detector (SD)
Front of shower at ground
Direction of the shower
“High” statistics

38. The Auger Observatory Completion in 2007 50 km Total area ~3000 km2
1600 Surface detectors (“water tanks”)
24 fluorescence telescopes
6 in each of 4 buildings
About ¾ installed and operational
Completion in 2007
50 km

39. Statistics is now about ½ year of full Observatory (~7000 km2 sr yr)
Efficiency =100% above 3 EeV
Systematic error on
the energy ±~ 25%

48. Lots more stuff of course
The end