====== Propagation of NNLO results ======

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===== Summary of the meeting from Friday 5th June =====


The aim was to discuss ways in which new precision predictions
for complicated processes can be made available for flexible experimental
analysis.

===== Quantifying cost of NNLO computations =====

Attempt to produce a table which compares the CPU time / number of weighted events
required for the various components in:

   - H+j with sector decompositions improved FKS subtraction
   - H+j/W+j with N-jettiness subtraction
   - low pT (0.5 GeV) NLO H+j wit Sherpa (as a contribution to incl. Higgs)
   - WW/ZZ/ZA/WA/AA with qT subtraction
   - di-jets/e+e-->3j with Antenna subtraction [need to ask Glover/Gehrmann et al.]
   - ttbar with STRIPPER [need to ask Czakon/Mitov et al.]

Also try to estimate the size of a basic Root Ntuple format in these cases.

===== NNLO Ntuple test case with e+e- -> 3jets with EERAD3 =====

Daniel and Gudrun (Simon also offers to help out)