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The crystal structure of the new superconductor UTe2 has been investigatedfor the first time at low temperature (LT) of 2.7 K, just closely above thesuperconducting transition temperature of about 1.7 K by single crystal neutrondiffraction, in order to prove, whether the orthorhombic structure of type Immm(Nr. 71 Int. Tabl.) reported for room temperature (RT) persists down to thesuperconducting phase and can be considered as a parent symmetry for thedevelopment of spin triplet superconductivity. Our results show that the RTstructure reported previously obtained by single crystal X-Ray diffractionindeed describes also the LT neutron diffraction data with high precision. Nostructural change from RT down to 2.7 K is observed. Detailed structuralparameters for UTe2 at LT are reported.

Crystal structure of the unconventional spin-triplet superconductor UTe2 at low temperature by single crystal neutron diffraction