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If the minimal standard model of particle interactions is extended to includea scalar triplet with lepton number $L=-2$ and a scalar doublet with $L=-1$,neutrino masses $m_\nu \sim \mu_{12}^4 v^2/M^5 \sim 10^{-2}$ eV is possible,where $v \sim 10^2$ GeV is the electroweak symmetry breaking scale, $M \sim 1$TeV is the typical mass of the new scalars, and $\mu_{12} \sim 1$ GeV is a softlepton-number-violating parameter.Comment: 6 pages, no figur

Neutrino mass from triplet and doublet scalars at the TeV scale