SET ALLOWTOPICCHANGE = MuCapGroup

Tasks

Work and Checking details

Figures

All scripts are on /home/kammel/AnnualReviews/work

Chapters

1 INTRODUCTION

2 PRECISION CALCULATIONS OF MUON CAPTURE

2.1 Chiral symmetry

2.2 PCAC and FP

2.3 Chiral Perturbation Theory

2.4 Recent Lattice Results

2.5 Muon Capture on the Proton

• Discuss consistency of RS renormalized in theory10.nb

2.5.1 Ordinary Muon Capture

2.5.2 Radiative Muon Capture

2.6 Weak Processes in Two-Nucleon Systems

2.6.1 Theoretical Methods

2.6.2 Muon Capture on the Deuteron

2.6.3 Related Astrophysical Neutrino Reactions

2.6.4 Connection to Pion Physics

2.6.5 Muon Capture on 3He

2.7 Radiative Corrections

3 MUON ATOMIC PHYSICS AND THE INTERPRETATION

3.1 Muon Capture and Atomic Physics in Hydrogen

• ppm evaluation:
  • kinetics::ppm()
    n=4 av=2.522010 sav=0.266056 savm=0.687990 scal=2.930605
    n=3 av=2.287289 sav=0.184699 savm=0.397290 scal=1.756738
  • repeated in R.cpp::void rop_average()
    2.29 sig=0.105 S=1.76 sig1=0.185
• rop evaluation:
  • kinetics:op()
    n=2 av=6.634873 sav=3.364303 savm=4.465127 scal=3.008840
    n=3 av=6.851032 sav=1.748181 savm=4.248969 scal=2.137000
  • repeated in R.cpp::void rpp_average()
    6.63 sig=1.12 S=3.01 sig1= 3.36

3.2 Review of Earlier Capture Experiments in Hydrogen

• Peter's elog

3.3 Muon Atomic Physics and Capture in Deuterium

4 NEW GENERATION OF MUON CAPTURE EXPERIMENTS

4.1 Hydrogen Time Projection Chambers

• see link

4.2 MuCap: Muon Capture on the Proton

4.3 MuSun: Muon Capture on the Deuteron

4.4 Muon Capture on 3 He

5 RESULTS AND OUTLOOK

• Started to investigate lambda_op measurement at phi=0.1, no final conclusions yet.
  elog
  neutrons09.nb