Difference between revisions of "March 22nd, 2019"

From kl project
Jump to navigation Jump to search
Line 7: Line 7:
 
            
 
            
 
100d    M = 1.923+-0.010+-10 GeV      G = 0.321+-0.010+-10 GeV   
 
100d    M = 1.923+-0.010+-10 GeV      G = 0.321+-0.010+-10 GeV   
 +
 
  20d    M = 1.977+-0.021+-25 GeV      G = 0.327+-0.025+-25 GeV   
 
  20d    M = 1.977+-0.021+-25 GeV      G = 0.327+-0.025+-25 GeV   
 +
 
PDG2018 M = 1.775+-0.005    GeV      G = 0.120+-0.015    GeV
 
PDG2018 M = 1.775+-0.005    GeV      G = 0.120+-0.015    GeV
 +
 
LQCD    M = 1.212 GeV
 
LQCD    M = 1.212 GeV
 
             M = 1.487 GeV  
 
             M = 1.487 GeV  
 
             M = 1.590 GeV
 
             M = 1.590 GeV
 
             M = 1.663 GeV
 
             M = 1.663 GeV
 +
  
 
Sigma(2030)7/2+  ****
 
Sigma(2030)7/2+  ****
 +
 
100d    M = 1.930+-0.020+-0.030 GeV  G = 0.400+-0.040 GeV   
 
100d    M = 1.930+-0.020+-0.030 GeV  G = 0.400+-0.040 GeV   
 +
 
   20d  M = 1.981+-0.030+-0.030 GeV  G = 0.350+-0.080 GeV   
 
   20d  M = 1.981+-0.030+-0.030 GeV  G = 0.350+-0.080 GeV   
 +
 
PDG2018 M =  2.030+-0.008      GeV  G = 0.180+-0.025 GeV
 
PDG2018 M =  2.030+-0.008      GeV  G = 0.180+-0.025 GeV
 +
 
LQCD    M =  1.606 GeV
 
LQCD    M =  1.606 GeV
 
             M = 1.620 GeV  
 
             M = 1.620 GeV  

Revision as of 13:04, 19 March 2019

Attended:

The total cross section for KLp-->K+Xi0 and impact for Sigma(2030)7/2+ [1] and Sigma(1950)5/2-[2]


Sigma(1920)5/2- new

100d M = 1.923+-0.010+-10 GeV G = 0.321+-0.010+-10 GeV

20d    M = 1.977+-0.021+-25 GeV      G = 0.327+-0.025+-25 GeV  

PDG2018 M = 1.775+-0.005 GeV G = 0.120+-0.015 GeV

LQCD M = 1.212 GeV

           M = 1.487 GeV 
           M = 1.590 GeV
           M = 1.663 GeV


Sigma(2030)7/2+ ****

100d M = 1.930+-0.020+-0.030 GeV G = 0.400+-0.040 GeV

 20d   M = 1.981+-0.030+-0.030 GeV   G = 0.350+-0.080 GeV  

PDG2018 M = 2.030+-0.008 GeV G = 0.180+-0.025 GeV

LQCD M = 1.606 GeV

           M = 1.620 GeV 
           M = 1.670 GeV
           M = 1.678 GeV  

LQCD: R. G. Edwards et al. [Hadron Spectrum Collaboration], Phys. Rev. D 87, no. 5, 054506 (2013)