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Radiochemical experiments for low-energy solar-neutrino detection have beenmaking headlines by exploiting the isotopes \iso{Cl}{37} and \iso{Ga}{71}. Sucha very low-threshold measurement of this type can also be performed using\iso{Tl}{205}, which has been considered for decades for this purpose. A uniquefeature of this detector nucleus is the integration is the solar-neutrino fluxover millions of years owing to its long-living daughter \iso{Pb}{205}. In thisstudy we have calculated for the first time the cross section for thecharged-current solar-neutrino scattering off \iso{Tl}{205}. Taking intoaccount the solar-model-predicted neutrino fluxes and the electron-neutrinosurvival probabilities, a solar-neutrino capture rate of 62.2 $\pm 8.6$ SNU isdetermined, a value significantly smaller than in previous estimates.

Calculated solar-neutrino capture rate for a radiochemical 205 Tl-based solar-neutrino detector