Frontiers in Superconducting Materials 2005
DOI: 10.1007/3-540-27294-1_11
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Heterogeneous Magnetic Superconducting Systems

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Cited by 2 publications
(4 citation statements)
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References 62 publications
(125 reference statements)
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“…The aforementioned systems are not only important for technological applications, such as devices that can be tuned by weak magnetic fields, but also offer rich physical effects which are not observed in the individual parts. Some of these effects were predicted elsewhere [2][3][4][5][6][7].In the recent decade, magnetic dots growing on top of SC films have been extensively studied both experimentally [8] and theoretically [9,10]. In experimental studies, magnetic dots with in-plane magnetization are fabricated from Co, Ni, Fe, Gd-Co and Sm-Co alloys, whereas, for the dots with magnetization perpendicular to the plane, Co/Pt multilayers are used [11].…”
mentioning
confidence: 99%
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“…The aforementioned systems are not only important for technological applications, such as devices that can be tuned by weak magnetic fields, but also offer rich physical effects which are not observed in the individual parts. Some of these effects were predicted elsewhere [2][3][4][5][6][7].In the recent decade, magnetic dots growing on top of SC films have been extensively studied both experimentally [8] and theoretically [9,10]. In experimental studies, magnetic dots with in-plane magnetization are fabricated from Co, Ni, Fe, Gd-Co and Sm-Co alloys, whereas, for the dots with magnetization perpendicular to the plane, Co/Pt multilayers are used [11].…”
mentioning
confidence: 99%
“…In the recent decade, magnetic dots growing on top of SC films have been extensively studied both experimentally [8] and theoretically [9,10]. In experimental studies, magnetic dots with in-plane magnetization are fabricated from Co, Ni, Fe, Gd-Co and Sm-Co alloys, whereas, for the dots with magnetization perpendicular to the plane, Co/Pt multilayers are used [11].…”
mentioning
confidence: 99%
“…Finalmente, separar ambas regiones fotomagnética y superconductora a través de una fina película aislante será una buena forma de evitar el efecto proximidad y la difusión de espín causantes de la mutua supresión entre ambos comportamientos. Sin esta barrera aislante, ambos comportamientos podrían ser débiles y suprimirse el uno al otro [325,326].…”
Section: Perspectivas Propuestaunclassified
“…BCS considera que la superconductividad convencional surge a partir de la formación de pares de Cooper, parejas de electrones con espines antiparalelos, por tanto, no pueden dar lugar a estados magnéticamente ordenados [318][319][320]. En un dispositivo híbrido superconductor, a diferencia de los superconductores magnéticos convencionales [321,322], ambos parámetros de orden; magnetización y densidad de electrones superconductores, coexisten entre sí, permitiendo ajustar fácilmente las propiedades de transporte electrónico mediante campos magnéticos relativamente débiles [323][324][325]. La separación espacial entre regiones superconductora y magnética a través de una fina barrera aislante permite evitar el efecto proximidad y la difusión de espín causantes de la mutua supresión entre ambos comportamientos [325,326].…”
Section: Introductionunclassified