  The search for undiscovered excited states of the nucleon continues to be a
focus of experiments at Jefferson Lab.Recent LQCD calculations have confirmed
long-standing quark-model predictions of many more states than have so far been
identified.A large effort for the N-star program has been launched using the
CLAS detector to provide the database that will allow nearly model-independent
partial wave analyses to be carried out in the search for such states.
Polarization observables play a crucial role in this effort, as they are
essential in disentangling overlapping resonant and non-resonant amplitudes. In
2010, double-polarization data were taken at JLab using circularly polarized
photons incident on a transversely polarized frozen-spin butanol target. Our
current analysis yields preliminary data of the T and F asymmetries for kaon
photoproduction final states, which are compared to predictions of recent
multipole analyses. This work is the first of its kind and will significantly
broaden the world database for these reactions.
