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Electron transport properties of titanium nanowires were experimentallystudied. Below the effective diameter $\lesssim$ 50 nm all samples demonstrateda pronounced broadening of the $R(T)$ dependencies, which cannot be accountedfor thermal flcutuations. An extensive microscopic and elemental analysisindicates the absence of structural or/and geometrical imperfection capable tobroaden the the $R(T)$ transition to such an extent. We associate the effectwith quantum flucutuations of the order parameter.

Evidence of quantum phase slip effect in titanium nanowires