A Bloch domain wall in a ferromagnetic racetrack between superconductors allows position-based control of the Josephson critical current with tunable 0-pi transitions and current loop formation.
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2 Pith papers cite this work. Polarity classification is still indexing.
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CeCoGe3 exhibits field-tunable multilevel magnetoresistance arising from controlled coexistence of high- and low-temperature magnetic phases in a kinetically hindered first-order transition.
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Josephson coupling through a magnetic racetrack
A Bloch domain wall in a ferromagnetic racetrack between superconductors allows position-based control of the Josephson critical current with tunable 0-pi transitions and current loop formation.
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Tunable magnetotransport through kinetically hindered first-order phase transitions in an antiferromagnetic metal
CeCoGe3 exhibits field-tunable multilevel magnetoresistance arising from controlled coexistence of high- and low-temperature magnetic phases in a kinetically hindered first-order transition.