We consider CMC-trinoids in Euclidean three-space with properly embedded annular ends. Starting with a holomorphic potential $\tilde{\eta}$ and a special solution $\Psi$ to the differential equation $\mathrm{d}\Psi=\Psi\tilde{\eta}$, we characterize all solutions to this differential equation which produce CMC-trinoids with properly embedded annular ends via the loop group method. Moreover, we give a classification of CMC-trinoids with properly embedded annular ends with respect to their symmetry properties in terms of the monodromy matrices of the solution $\Psi$ associated with the trinoid ends.
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We consider CMC-trinoids in Euclidean three-space with properly embedded annular ends. Starting with a holomorphic potential $\tilde{\eta}$ and a special solution $\Psi$ to the differential equation $\mathrm{d}\Psi=\Psi\tilde{\eta}$, we characterize all solutions to this differential equation which produce CMC-trinoids with properly embedded annular ends via the loop group method. Moreover, we give a classification of CMC-trinoids with properly embedded annular ends with respect to their symmetr...
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