1. CONVENTIONAL CHARMONIA

2. Outline of the section. 0. Introduction
Observation of new conventional charmonium states
1.1 c(2S)
1.2 c2 (2P)
1.3 X(3940)/X(4160)
1.4 X(4630)
2. Observation of new decay modes of known charmonia
2.1 c  
2.2 ψ(4040/4160)  DD, DD*, D*D*
2.3 ψ(4415)  DD2
3. Measurements of parameters (mass, width, Br)
3.1 c mass and width, transition FF
3.2 J/ψ: Γee, Γtot from ISR
3.3 c0 and c2
3.4 ψ(3770) mass and width
4. Production
4.1 in B-decays
4.2 in ee annihilation
4.3 in gamma-gamma
4.4 in ee annihilation at threshold (ISR)
5. Theoretical insights
Outline of the section.
The major part of the section has been written
Minor experimental subsections still have to be written
Theoretical/overview of experimental status introduction is not ready
Theoretical insights (conclusion on new B&B results) will be done by Nora within few weeks
Omitted due to large overlapping with other sections

3. n 2S+1LJ To be written by me in collaboration with Nora ~ 1 page
Spin quarks
Total momentum
To be written by me in collaboration with Nora ~ 1 page
n 2S+1LJ
Radial excitation
Orbital momentum
...10 states were discovered before 1980,
no one
J = S + L
P = (–1)L+1 parity
C = (–1)L+S charge conj.
...4 candidates to the standard charmonium have been observed since 2002 by B&B
hc have been observed by CLEO in 2003

4. + CLEO Contributor: Pietro Biassoni (BaBar) 2.5 pages Reference
Produced in
Decays in
Comments
PRL 89, (2002)
B-decay
KSKπ
First observation in B-decays
PRL 89, (2002)
e+e–  J/ X
inclusive
Confirmation evidence
PRL 92, (2004) γγ
Observation in γγ, Γγγ×Br
PRD 72, (2006)
Mass and Γ, σ(ee  J/ηc)
PRL 96, (2006)
Absolute BR
PRL 98, (2007)
Mass, σ(ee  J/ηc)
PRD 98, (2008)
Mass and Γ
PRD 84, (2011)
KKπππ0
New mode, mass and Γ, Γγγ×Br
+ CLEO
PRL 92, (2004) γγ
KSKπ
Observation in γγ

5. Total width Mass Absolute Br
6±12 MeV (CLEO)
17± 8 MeV (BaBar)
PDG average: Γ = (14 ± 7) MeV
Absolute Br
Br(c(2S)KSKπ)=(1.9±1.2)×10− 2
Still one more analysis to be added: Belle’s update of B K (KSKπ) - has just accepted for publication in PLB

6. e+ γ e– D χс2’ Contributor: Thorsten Shroeder (BaBar) 1.25 pages
M=393142 MeV/c2
=2083 MeV
Reference
Comments
PRL 96, (2006)
First observation in γγ,
J-determination
Mass, Γ, Γγγ measurements
PRD 81, (2010)
Observation in γγ,
M=3926.72.71.1 MeV/c2
=21.36.83.6 MeV

7. Plausible assignments are JPC=0–+ X(3940) = 31S0 = ηc(3S)
Contributor:
Pasha Pakhlov (Belle)
2 pages
M = ±6 MeV
tot = ±12 MeV +7 −6
+26
−15
6.0 
X(3940) → DD*
References
PRL 98, (2007)
PRL 100, (2008)
Plausible assignments are JPC=0–+
X(3940) = 31S0 = ηc(3S)
X(4160) = 41S0 = ηc(4S)
M= 15 MeV
tot = 21 MeV
+25
−20
+111
− 61
5.5 
X(4160) → D*D*

8. to be written 0.5 page State Produced in Decays in Reference ΛΛ
B  ηcK ΛΛ
PRL 97, (2006)
ψ(4415)
ISR
DD2
PRL 100, (2008)
ψ(4040)
ψ(4160)
DD, DD*, D*D*
PRD 79, (2009)
unexpected present from ISR conveners. After minor accommodation fits our section well (1.5 pages)

9. Korneliy Todyshev (BaBar) Anna Vinokurova (Belle)
Contributors:
Korneliy Todyshev (BaBar) Anna Vinokurova (Belle)
to be written ~2 pages
do not need to describe analyses  just review the results (except for c transition FF)
State
Produced in
Decays in
Measured
Reference ηc
γγ 
KSKπ
M, Γ
PRL 92, (2004)
B  ηcK(*)
PRL 90, (2003)
γγ* 
M, Γ, FF, Γγγ
PRD 81, (2010)
B  ηcK
KKπ, K*Kπ, pp
J/, ηc
B  J/(ηc)K
pp, ΛΛ
M, Γ, Br
PRL 97, (2006)
ηc, χc0
e+e–  J/ X
exclusive M
PRL 98, (2007) pp
M, Γ, Γγγ
PLB 621, 41 (2005)
ηc, χc0, χc2
4K, 2K2π, 4π
EPJ C53, 1 (2008) γγ
Brγγ
PLB 662, 323 (2008)

10. Produced in
Decays in
Measured
Reference
ISR μμ
Γee, Γtot
PRL 97, (2006)
State
Produced in
Decays in
Measured
Reference
χc2
γγ 
J/ γ
Γγγ*Br
PLB 540, 33 (2002)
χc0, χc2
KSKS
PLB 651, 15 (2007)
ηc, χc0, χc2
4K, 2K2π, 4π
Γγγ*Br, M, Γ
EPJ C53, 1 (2008)
Produced in
Measured
Reference
ISR
M, Γ
PRD 76, (2007)
B  ψ(3770) K
PRL 100, (2008)
PRD 77, (2008)

11. Contributor: Timofey Uglov (Belle) ~1.5 pages χc0 B  χc0K KK, ππ
State
Produced in
Decays in
Measured
Reference
χc0
B  χc0K
KK, ππ
Br(B  )
PRL 88, (2002)
PRL 96, (2006)
PRD 78, (2008)
χc2
B  χc2X
J/ γ
PRL 89, (2002)
PRD67, (2006)
B  χc2K(*) UL
PLB 634, 155 (2006)
PRL 102, (2009)

12. Nora Brambilla (theory) to be written ~1-2 pages
Contributor:
Pasha Pakhlov (Belle)
~2 pages
State
Produced in
Decays in
Measured
Reference
J/
e+e–  J/ X ℓℓ σ
PRL 88, (2002)
J/; (2S)
e+e–  J/ 0±+
ℓℓ; J/ ππ
σ, θprod, θhel
PRD 70, (2004)
ℓℓ;
PRD 72, (2006)
e+e–  J/ cc
σ, p, θprod, θhel
PRL 89, (2002)
PRD 79, (2009)
Contributor:
Nora Brambilla (theory)
to be written ~1-2 pages