Vista comparison

CMS LHC Preliminary

Summary

Integrated luminosity: SOMETHING pb-1.

Generated on Tuesday, 2008/05/06 as part of Vista@CMS.

Data detected in 66 final states. Number of final states with serious population discrepancy: 9.

Kinematic distributions considered: 1007. Number of kinematic distributions with serious shape discrepancy: 31. Number of mass distributions with serious bumps: 0.

Description

The final states are sorted in order of decreasing discrepancy between the observed population and the expected one. Population discrepancies take into account the statistical uncertainties and the trials factor due to examining many final states. The final states that are seriously discrepant are preceded by an asterisk (*).

Plots of relevant kinematic distributions are available. The uncertainty in the SM expectation of each final state is statistical. All Monte Carlo events are at the generator level, i.e. they have NOT been run through the full CMS detector simulation.

The last column lists the most discrepant kinematic distributions in each final state, with their discrepancy given in units of standard deviations accounting for the trials factor.

Table of final states

Final State Plots Observed Expected Discrepancy (&sigma) SM composition Discrepant Distributions (&sigma)Bumps
*   1e-1pmiss   [plots] 6820 5338+-74.1 +9.5 sig = 5338
W_pt7.8
deltaphi(e-,pmiss)7.1
sumPt6.5
  
*   1e+1pmiss   [plots] 10041 7571+-88 +9.5 sig = 7571
deltaphi(e+,pmiss)7.2
W_pt6.8
sumPt5.6
e+_pt3
  
*   1e+1j1pmiss   [plots] 1731 2272+-48.7 -7.7 sig = 2272
e+_pt4.9
deltaphi(e+,j)4.6
mass(e+,j)4.5
j_pt4.5
deltaphi(e+,pmiss)4.1
W_pt4
minDeltaR(e+,j)3.3
deltaR(e+,j)3.3
  
*   1e+1j   [plots] 611 940+-31.7 -7.3 sig = 940
j_pt2.8
e+_pt2.8
  
*   1j1pmiss   [plots] 1480 1923+-44.9 -6.7 sig = 1923    
*   1e-1j1pmiss   [plots] 1295 1648+-41.6 -5.5 sig = 1648    
*   1e+2j   [plots] 124 242+-16.6 -4.8 sig = 242
deltaphi(j1,j2)2.5
  
*   2j1pmiss   [plots] 326 493+-23.2 -4.7 sig = 493    
*   1e+2j1pmiss   [plots] 516 716+-27.8 -4.6 sig = 716
W_pt4.9
deltaphi(j1,j2)4.6
deltaphi(e+,pmiss)3.9
e+_pt2.5
  
    1e-2j1pmiss   [plots] 374 486+-23 -2.3 sig = 486    
    1e+3j   [plots] 31 68+-9.2 -1.7 sig = 68    
    1j   [plots] 539 632+-26.1 -0.6 sig = 632    
    1j1ph1pmiss   [plots] 27 51+-8.1 0 sig = 51    
    1e-1j   [plots] 432 502+-23.4 0 sig = 502    
    1e-3j1pmiss   [plots] 80 112+-11.6 0 sig = 112    
    1e-   [plots] 900 814+-29.5 0 sig = 814    
    1e+5j1pmiss   [plots] 9 2+-2.4 0 sig = 2    
    3j1pmiss   [plots] 97 127+-12.3 0 sig = 127    
    1b1e+1pmiss   [plots] 4 14+-4.7 0 sig = 14    
    3j   [plots] 22 38+-7.2 0 sig = 38    
    1e-3j   [plots] 19 33+-6.7 0 sig = 33    
    1ph1pmiss   [plots] 147 121+-12 0 sig = 121    
    1e-2j   [plots] 116 142+-12.9 0 sig = 142    
    1b1e-2j1pmiss   [plots] 3 0+-1 0      
    1e+2j1ph1pmiss   [plots] 1 6+-3.4 0 sig = 6    
    2j1ph   [plots] 1 6+-3.4 0 sig = 6    
    1pmiss   [plots] 2633 2538+-51.4 0 sig = 2538    
    1e+4j1pmiss   [plots] 29 41+-7.4 0 sig = 41    
    1e+   [plots] 1259 1201+-35.7 0 sig = 1201    
    2j1ph1pmiss   [plots] 10 18+-5.2 0 sig = 18    
    1e+1j1ph   [plots] 1 5+-3.2 0 sig = 5    
    1b1e-1pmiss   [plots] 3 8+-3.8 0 sig = 8    
    1e+3j1pmiss   [plots] 129 147+-13.1 0 sig = 147    
    4j1pmiss   [plots] 17 25+-6 0 sig = 25    
    2j   [plots] 209 191+-14.8 0 sig = 191    
    1b1e-1j1pmiss   [plots] 1 4+-3 0 sig = 4    
    1e-1ph1pmiss   [plots] 1 4+-3 0 sig = 4    
    6j1pmiss   [plots] 2 0+-1 0      
    1ph   [plots] 22 29+-6.4 0 sig = 29    
    1b1e+2j1pmiss   [plots] 2 5+-3.2 0 sig = 5    
    1e-4j1pmiss   [plots] 27 22+-5.7 0 sig = 22    
    4j   [plots] 9 6+-3.4 0 sig = 6    
    1b1j   [plots] 1 3+-2.7 0 sig = 3    
    1b2j1pmiss   [plots] 1 3+-2.7 0 sig = 3    
    1b   [plots] 1 3+-2.7 0 sig = 3    
    1e-1j1ph   [plots] 1 3+-2.7 0 sig = 3    
    1j1ph   [plots] 13 10+-4.2 0 sig = 10    
    1b1pmiss   [plots] 9 7+-3.6 0 sig = 7    
    1b1e-   [plots] 1 2+-2.4 0 sig = 2    
    1e+4j   [plots] 6 8+-3.8 0 sig = 8    
    1e+1j1ph1pmiss   [plots] 7 9+-4 0 sig = 9    
    1b1e+4j1pmiss   [plots] 1 1+-2 0 sig = 1    
    1e-5j1ph1pmiss   [plots] 1 1+-2 0 sig = 1    
    3j1ph   [plots] 1 1+-2 0 sig = 1    
    1b1e+   [plots] 4 4+-3 0 sig = 4    
    1b1j1pmiss   [plots] 4 4+-3 0 sig = 4    
    1e+1ph1pmiss   [plots] 4 4+-3 0 sig = 4    
    1e-4j   [plots] 6 5+-3.2 0 sig = 5    
    1e-1j1ph1pmiss   [plots] 5 4+-3 0 sig = 4    
    1e-2j1ph1pmiss   [plots] 3 3+-2.7 0 sig = 3    
    1e+5j   [plots] 2 2+-2.4 0 sig = 2    
    5j1pmiss   [plots] 2 2+-2.4 0 sig = 2    
    1e-4j1ph   [plots] 1 0+-1 0      
    1e-5j   [plots] 1 0+-1 0      
    1e+7j1pmiss   [plots] 1 0+-1 0      
    1b1e+2j   [plots] 2 1+-2 0 sig = 1    

Generated by the LPC SIM group.