Using two crystallographically distinct Te sites to cancel the superconducting diamagnetic shift, the authors show that the spin susceptibility along the b and c axes decreases in the superconducting state of ultraclean UTe2, implying a d-vector with components along all three crystal axes.
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$b$-axis and $c$-axis Knight shift measurements in the superconducting state on ultraclean UTe$_2$ with $T_c$ = 2.1 K
Using two crystallographically distinct Te sites to cancel the superconducting diamagnetic shift, the authors show that the spin susceptibility along the b and c axes decreases in the superconducting state of ultraclean UTe2, implying a d-vector with components along all three crystal axes.