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Search for relativistic magnetic monopoles with the IceCube 40 string detector / vorgelegt von Jonas Posselt. 2013
Inhalt
List of Figures
List of Tables
Abbreviations
Introduction
Magnetic Monopoles
Monopoles in Classical Electrodynamics
The Dirac Monopole
The 't Hooft/Polyakov Monopole
Creation and Acceleration
Monopole Creation in the early Universe
Acceleration Mechanisms
Monopole-Matter Interaction
Electromagnetic Energy Loss
Cherenkov Radiation
Catalysis of Nucleon Decay
Monopole Flux Limits
Cosmological and Astrophysical Limits
Experimental Searches
IceCube
Motivation
Detection Principle
Detector Design
Geometry and Deployment
Digital Optical Module (DOM)
Detection Medium
Data Acquisition
Hardware
Software
Calibration
Geometry Calibration
Time Calibration
DOM Calibration
Monopole Detection with IceCube
Signal
Cherenkov Signature in Ice
Parameter Space
Background
Cosmic Rays
Atmospheric Muons
Atmospheric Neutrinos
Cherenkov Signature of Background Muons
Simulation
Simulation Software
Monopole Simulation
Background Simulation
Cosmic Rays
Neutrinos
Coincident Events
Light Simulation
Detector Simulation
Burn Sample
Cut Parameters and Reconstruction
Fundamental Data
Information Extraction
Hit Selection
Brightness
Direction and Velocity
Cascade Events
Coincident Events
Event Selection
Optimization Methods
Level 0: Pre-Selection
Level 1: Light Density Cut
Level 2: Cascade Events
Level 3: Coincident Events
Level 4: Directional Cuts
Data Split
Low Light Density Events
High Light Density Events
Sensitivity
Systematic Uncertainties
Experimental Uncertainties
DOM Efficiency
Ice Model
Theoretical Uncertainties
Normalization and Energy Spectrum
Cross Sections
NUGEN Bug
Results
Unblinding
Inclusion of Systematic Uncertainties
Flux Limits
Flux Limits at the Detector
Flux Limits at the Earth's Surface
Summary and Conclusion
Appendices
Analysis of Final Events
LLD Event
HLD Events
Supplementary Plots
Level 2 Cut Parameters
Level 3 Cut Parameters
Data Split
Level 4 Cut Parameters
Supplementary Tables
Bibliography