Conclusions
We can expect ATLAS and CMS to
- Observe squarks and gluons below 2.5 TeV and observe sleptons below 300 GeV in inclusive measurements.
- Accurately measure squark, slepton and neutralino masses using cascade decays (provided chains are sufficiently long and rates are favourable)
Success is expected in both RPV and RPC scenarios
Precise measurements: many can be made in principle, but which of them can measured in practice will depend strongly on the model which nature has chosen
Other areas of completed and ongoing research
which there was not time to discuss:
- N.L.S.P. lifetime in G.M.S.B. models
- (Non-pointing photons / slow heavy leptons)
- A.M.S.B. models
- Lepton flavour violation (via slepton mixing)
- Measuring the gaugino mixing matrix
- Direct slepton production
- Non-minimal models
- SUSY Higgs sector
- Everything else which I have forgotten to mention ...