Measurement of linearly-polarized proton Compton scattering below the pion-production threshold, and the subsequent independent extraction of the proton's scalar polarizabilities based on LEX and chiral PT.
Measurement of doubly-polarized proton Compton scattering at lower energies using the new active polarized proton target. Subsequent determination of the proton spin polarizabilities based on dispersion analysis and chiral PT.
Commissioning and calibration of the active polarized proton target.
Precise measurement of deuteron electrodisintegration at low momentum transfer with the aim to evaluate the deuteron polarizability corrections in muonic deuterium.
Development of chiral effective field theory for the description of deuteron polarizabilities. Calculation of nucleon and nuclear structure effects in muonic atoms.
Completed analysis of the VCS structure functions at Q2 = 0.1, 0.2, 0.5 GeV2 and the extraction of corresponding generalized polarizabilities.
Theoretical description of the time-like nucleon structure in the process of dilepton photoproduction (together with Project S1).
Simulations and test measurements of dilepton photoproduction off hydrogen.
Feasibility studies for possible Compton scattering experiments at MESA.
Chiral PT calculation of the proton structure effects in the hyperfine splitting of μH.