Magnetotropic susceptibility measurements in UTe2 show giant transverse magnetic fluctuations surrounding the re-entrant superconducting phases and peaking near the high-field metamagnetic critical endpoint.
High-Field Superconducting Halo in UTe $ 2$
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Resistivity measurements show angle-dependent enhancement of the Fermi-liquid coefficient A at the metamagnetic transition that coincides with the onset of superconductivity in the polarized regime above 40 T, interpreted as evidence for boosted quantum-critical magnetic fluctuations.
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Giant transverse magnetic fluctuations at the edge of re-entrant superconductivity in UTe$_{2}$
Magnetotropic susceptibility measurements in UTe2 show giant transverse magnetic fluctuations surrounding the re-entrant superconducting phases and peaking near the high-field metamagnetic critical endpoint.
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Boosted magnetic fluctuations at the onset of superconductivity in UTe$_2$ beyond 40 T
Resistivity measurements show angle-dependent enhancement of the Fermi-liquid coefficient A at the metamagnetic transition that coincides with the onset of superconductivity in the polarized regime above 40 T, interpreted as evidence for boosted quantum-critical magnetic fluctuations.