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Hadron structure on the lattice and in the continuum | p. 1 |
Future directions in parity violation: From quarks to the cosmos | p. 9 |
Quark model analysis of strangeness form factors of the proton | p. 19 |
Strange nucleon form factors: Solitonic approach to G[subscript M][superscript s], G[subscript E][superscript s], G[subscript A][superscript p] and G[subscript A][superscript n] and comparison with world data | p. 23 |
Implications of the J Lab proton polarization data for the behavior of strange nucleon form factors | p. 29 |
Flavor content of nucleon form factors in a VMD approach | p. 33 |
Isospin breaking in the vector current of the nucleon | p. 39 |
Interpretation of the NuTeV experiment | p. 45 |
Nucleon form factors and dispersion relations | p. 51 |
Nucleon form factors of the isovector axial-vector current: Situation of experiments and theory | p. 59 |
The controversial role of strangeness in the spin structure of the nucleon | p. 65 |
Strangeness contributions to nucleon form factors | p. 69 |
The QCDSF/UKQCD Collaboration Probing nucleon structure on the lattice | p. 75 |
New results from the HAPPEX Experiments at Q[superscript 2] = 0.1 GeV/c[superscript 2] | p. 81 |
The parity violation A4 experiment at forward and backward angles | p. 87 |
Results from the forward GO experiment: Strange quark contribution to the nucleon structure | p. 93 |
The G0 backangle measurements | p. 99 |
Kinematics and backgrounds for HAPPEX measurements | p. 103 |
Nucleon form factors and the BLAST experiment | p. 107 |
Determination of the gluon polarization at RHIC and COMPASS | p. 113 |
A Monte-Carlo method to analyze the electromagnetic form factors of the nucleon | p. 119 |
Beam normal spin asymmetries: Theory | p. 123 |
Transverse single spin asymmetry at the A4 experiment: Preliminary backward-scattering results | p. 131 |
Transverse beam asymmetries measured from [superscript 4]He and hydrogen targets | p. 135 |
Overview of hadronic parity violation | p. 139 |
Parity violation in neutron spin rotation | p. 147 |
Two-pion-exchange parity-violating potential and np [approaches] d[gamma] | p. 153 |
Theoretical overview of atomic parity violation Recent developments and challenges | p. 157 |
Pump-probe measurement of atomic parity violation in cesium with a precision of 2.6% | p. 165 |
Program of parity nonconservation measurements in francium | p. 171 |
Towards measuring nuclear-spin-dependent and isotopic-chain atomic parity violation in ytterbium | p. 177 |
Prospects for parity violation measurements in cold francium atoms | p. 185 |
Electroweak physics at LHC | p. 189 |
The E158 experiment | p. 193 |
The Q[subscript weak][superscript p] experiment at Jefferson Laboratory | p. 195 |
Outlook for an improved measurement of parity violation in Moeller scattering at Jefferson Laboratory The e2ePV experiment | p. 201 |
Parity violation and the nature of charges | p. 207 |
Parity-violating DIS at 12 GeV: Prospects for a high-luminosity solenoidal spectrometer | p. 211 |
Measuring sin[superscript 2][theta][subscript w] with parity violation in deep inelastic scattering with baseline spectrometers at JLab 12 GeV | p. 217 |
Parity violation in deep inelastic scattering at JLab 6 GeV | p. 221 |
Res-Parity: Parity violation in inelastic scattering at low Q[superscript 2] | p. 227 |
Parity violation, the neutron radius of lead, and neutron stars | p. 233 |
The lead radius experiment PREX | p. 239 |
Helicity correlated asymmetries caused by optical imperfections | p. 243 |
Controlling helicity-correlated beam asymmetries in a polarized electron source | p. 249 |
Laser Compton polarimetry at JLab and MAMI: A status report | p. 255 |
New methods for precision Moller polarimetry | p. 261 |
Rearrangement of the A4 calorimeter for the backward angle measurement | p. 265 |
The optical system of the A4 laser Compton polarimeter | p. 269 |
Conclusions and perspectives | p. 273 |
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