Projected results for OLYMPUS 1000 hours each for e+ and e- assuming two (of eight) sectors instrumented and Lumi = 2 x 10 33 cm -2 s -1 – 100 mA on 3.

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Presentation transcript:

Projected results for OLYMPUS 1000 hours each for e+ and e- assuming two (of eight) sectors instrumented and Lumi = 2 x cm -2 s -1 – 100 mA on 3 x cm -2

Following yesterday’s discussions… Maximize running in parallel with light source operation - how thick can the OLYMPUS internal target be? - can we lower the operating energy? - can we find an opportunity for OLYMPUS data taking with a thick target? - how often can the lepton sign be changed? OLYMPUS commissioning should be done completely in this mode => no power charges If lepton sign can be changed, perhaps even significant data on multiple photon contribution can be taken in parallel running Dedicated OLYMPUS data taking would take place at lower energy DORIS operation, e.g. ~ 2 GeV => lower power costs ~ 150 k€/month. Total bill ~ 600 k€.

Proposal finalization Finalize experiment design Finalize responsibilities Monte Carlo simulations - energy resolution - efficiency correlation - target position - systematic uncertainties Run plan optimization Writing of outstanding sections Suggest meeting at MIT-Bates associated with Gordon conference in Tilton, NH August `Final’ proposal draft distribution: September 2 nd Proposal submission to DESY: September 15 th