Simulation Status of X(1835) at BESIII

Slides:

Advertisements

Similar presentations

Sabino Meola Charged kaon group meeting 12 October 2006 Status of analysis.

Advertisements

Sabino Meola Charged kaon group meeting 14 December 2006 Status of analysis.

FAWP Fast Analysis With Pythia These notes will be updated as FAWP evolves Current version:

STAR Status of J/  Trigger Simulations for d+Au Running Trigger Board Meeting Dec5, 2002 MC & TU.

Study of the e + e   η  process at √s = 1 GeV (main systematic error in the e + e   e + e  η analysis)

Charged kaon lifetime F. Ambrosino, P. Massarotti. Paolo Massarotti Kloe meeting 10 march 2005.

Alessandro Fois Detection of  particles in B meson decay.

All Low Energy Events Rosi Reed UC Davis March Events Events with at least 1 primary track Vx = Primary Vertex x position (cm) Vy.

Number of Primary Vertices 78.9% of events had 1 primary vertex –81.6% of “beam-beam” events have 1 primary vertex –71.6% of “beam-pipe” events have 1.

All Low Energy Events with MuDst Rosi Reed UC Davis March Events Events with at least 1 primary track Vx = Primary Vertex x position.

Final state study Jaewon Park University of Rochester MINERvA/Jupiter Group Meeting, Jan 31, 2007.

Study of the semileptonic decays at 4170 MeV Koloina Randrianarivony Marina Artuso (Syracuse University)

Case Monte Carlo Simulations 4/17/2008. Toolbox MCNP5 – the grunt work Polimi – low energy stuff Matlab – post processing.

A Method to measure  + /   detection efficiency asymmetry at LHCb Liming Zhang 08/15/07.

Final state study Jaewon Park University of Rochester MINERvA/Jupiter Group Meeting, Mar 07, 2007.

9 GeV Au+Au Collisions Run on March 11 th, 2008 Out of ~200k Events –11000 had Vertices –6700 had Vertices within 2 cm of the beamline –4150 appeared to.

Measurements of R Value and Hadronic Form Factors at BES Haiming Hu Institute of High Energy Physics, CAS, Beijing Novosibirsk, Russian Feb. 27 – Mar.

R Value at BESIII Haiming Hu Workshop on Future PRC-US Cooperation in High Energy Physics Beijing, China June 11, 2006.

Tracking Studies of Phase Rotation Using a Scaling FFAG Ajit Kurup FFAG07 12 th – 17 th April 2007.

TransAT Tutorial Particle Tracking July 2015 ASCOMP

E. De LuciaNeutral and Charged Kaon Meeting – 7 May 2007 Updates on BR(K +  π + π 0 ) E. De Lucia.

Sabino Meola Kloe meeting 10 March 2005 Status of analysis.

1 Fast Pixel Simulation Howard Wieman, Xiangming Sun Lawrence Berkeley Lab.

NEEP 541 Using Kalypso Fall 2002 Jake Blanchard. Outline Using the Kalypso code Run file Model file Impact file Inelastic file Output file Winnow.

Tomas Hreus, Pascal Vanlaer Overview: K0s correction stability tests Jet-pt correction closure test Study of Strangeness Production in Underlying Event.

Tomas Hreus, Pascal Vanlaer Study of Strangeness Production in Underlying Event at 7 TeV 1QCD low pT meeting, 18/03/2011.

Study of B s         Supreet Pal Singh Prof. Kajari Mazumdar Prof. J.B.Singh 1India-CMS Meeting 27th-28th.

1 Simulation, Formatter & Analysis Kyo Tsukada Tohoku Univ.

Search for a 4 th generation t’ quark in p-p collision at ATLAS -Suyog Shrestha, Iowa State University.

Data Analysis Practice looking for Φ(1020) Nuclear Physics Ⅲ Kyung-Eon,Choi.

Chengping Shen Phys. Dept., University of Hawaii Check MC samples produced at MN and topology.

Photon Selection Algorithm Ming Yang ， Mingshui Chen BESIII Meeting

4 Starting Tips to Keep Your Car in Top Condition

Susanna Costanza - Pavia Group PANDA C.M., Stockholm – June 14, 2010

Feb. 4,2009 Jongseok Lee (Sungkyunkwan University)

Measuring the B+→J/ψ (μμ) K+ Channel with the first LHC data in Atlas

Status of K± p±p0 E. De Lucia.

Salvatore Fiore Università di Roma “La Sapienza”

P0D reconstruction/analysis update

Preliminary T2K beam simulation using the G4 2km detector

Top and WW final states Harry Weerts For LC working group

Search for exotic baryon resonances in pp collisions at the CERN SPS

KLOE Drift Chamber Review L.N.F. – March 9, 2001

Figure 7.1 Track Layout with Input Sensors and Output Switches and Output Tracks.

Stereo hit in Hough Tracking

حددي الشوارع الرئيسية و الثانوية ؟؟

L*(1520) Photoproduction off Proton and Neutron from CLAS eg3 data set

Search for Heavy Quark Resonances in Two-Photon collisions in the L3 detector Mikhail Levtchenko (INFN Milano) Search for c meson (status) Search for.

Charged Particle Multiplicity in DIS

Yaxing Tan (BESIII-USTC Group)

CP violation in Bs→ff and Bs → K*0K*0

f  K+K- analysis in Run4 Au-Au collisions at √sNN = 200 GeV

Real Life I BUBBLES! ICECREAM theory.

p0 detection and reconstruction with the

Tracking efficiency and multi turn tracks

Gluon Gluon to jpsi jpsi

2 Getting Started.

G. Battistoni, R. Brunetti, K. Cieślik, A. Dąbrowska, R. Dolfini,

Physics event timing Use Pythia to generate hadronic decays at 125 GeV

Search for D0D0 Mixing at BESIII

Recent BESII Hot Topics

Study of e+ e- → ϕ(1020)π+ π- Yaxing Tan.

Aneela Amin, Haris Rashid, Talab Hussain

Charmonium Group Meeting

Gluon Gluon to jpsi jpsi

Hiroshi Masui / Univ. of Tsukuba

Missing Mass Reconstruction of Ds*(2317)± in pp →Ds±Ds(2317)±

Problems in π0 Reconstruction

Presentation transcript:

Simulation Status of X(1835) at BESIII J/ Group xugf@ihep.ac.cn

X(1835) X(1835),(958)+- (,(958)(548)+- ) J/X(1835) K+K-  +-0 KSKL

X(1835) Charged Tracks Charge = +1,-1 ΣQch = 0 Vertex Cut: Vr  1.0 cm Vz  5.0cm Good  Selection Eneu  40.0 MeV (charge   )  20o (charge   )  20o

J/X(1835)(K+K-) Final States: 2 K+K- 2(+-) NGen = 100K N4c = 1596 (1.6%) N5c = 864 (0.9%)

J/X(1835)(K+K-)(4c)

J/X(1835)(K+K-)(5c)

J/X(1835)(K+K-)  ’(958) X(1835)  INPUT FIT 2 M=1.019456 =4.26e-3 1.01950.0001 2.9e-30.1e-3 34/31 ’(958) M=0.95778 =2.02e-4 0.95690.0002 3.5e-30.1e-3 56/22 X(1835) M=1.835 =0.06 1.8380.001 2.4e-20.1e-2 108/26  M=0.54775 =1.0e-4 0.56170.0002 7.8e-30.2e-3 97/69

J/X(1835)(+-0) Final States: 4 3(+-) NGen= 50K N4c = 861 (1.7%) N6c = 203 (0.4%)

J/X(1835)(+-0)(6c) 1.019456 0.00426 X(1835) 1.835 0.06 ’(958) 0.95778 0.000202

J/X(1835) Final States: 4 3(+-) NGen = 100K N4c = 3099 (3.1%)

J/X(1835)(+-0)(6c) 0.78259 0.00849 X(1835) 1.835 0.06 ’(958) 0.95778 0.000202

J/X(1835) Final States: 3 2(+-) NGen = 100K N4c = 3960 (4.0%)

J/X(1835)(5c) X(1835) 1.835 0.06 ’(958) 0.95778 0.000202

X(1835) Gen: the output file *.dat is too LARGE evt.dat (px, py, pz, e) *.dat ( MCtruth, raw) 2.0G/file Limit in Linux run.cards : evt_range *_sim.txt : EvtMax Total Energy(Fig.)  invariant mass after 5c or 6c

J/X(1835)(K+K-)   auto-decay