470 likes | 680 Views
<number>. The Fifth Structure Function. Liam Murray Research Advisor: Dr. Gerard Gilfoyle. <number>. Overview. <number>. Scientific Background. <number>. History. <number>. The Standard Model. <number>. The Hadronic Model. <number>. Quantum Chromodynamics (QCD). <number>.
E N D
<number> The Fifth Structure Function Liam Murray Research Advisor: Dr. Gerard Gilfoyle
<number> Overview
<number> Scientific Background
<number> History
<number> The Standard Model
<number> The Hadronic Model
<number> Quantum Chromodynamics (QCD)
<number> The Hadronic Model Vs. QCD
<number> Significance of the Fifth Structure Function
<number> Objective
<number> Experimental Background
<number> CEBAF
<number> CEBAF
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Hall B: CLAS
<number> Experimental Setup
<number> Extracting the Asymmetry (Summer 2012)
<number> Extracting the Asymmetry
<number> Extracting the Asymmetry
<number> Extracting the Asymmetry ≈|Ψ|2
<number> Extracting the Asymmetry pm = pp - q NOT ZERO FOR OUT-OF-PLANE MEASUREMENTS!
<number> Extracting the Asymmetry
<number> Extracting the Asymmetry
<number> Extracting the Asymmetry
<number> Extracting the Asymmetry Ah, Normal Polarity, pm=0.30 GeV/c Ah, Reversed Polarity, pm=0.30 GeV/c
<number> Results (Summer 2012)
<number> Simulation of CLAS (Summer 2013)
<number> Simulation of CLAS QUEEG txt2part QSIM gppjlab RECSIS n10tmaker h2root eod5root
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Simulation of CLAS
<number> Results (Summer 2013)
<number> Conclusion
<number> Acknowledgements
<number> References