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An Analogue Between Superconducting and Itinerant Ferromagnetic Ultrathin Films

An Analogue Between Superconducting and Itinerant Ferromagnetic Ultrathin Films. Noa Kurtzweil and Aviad Frydman Bar Ilan University. Phys. Rev. Lett. 102, 096603 (2009). Quench Condensation. V xx. V xy. L He. L He. I. Pb. Pb. Ge. SUBSTRATE. SUBSTRATE. I. V xy. V xx. Hall Effect.

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An Analogue Between Superconducting and Itinerant Ferromagnetic Ultrathin Films

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  1. An Analogue Between Superconducting and Itinerant Ferromagnetic Ultrathin Films Noa Kurtzweil and Aviad Frydman Bar Ilan University Phys. Rev. Lett. 102, 096603 (2009).

  2. Quench Condensation Vxx Vxy L He L He I

  3. Pb Pb Ge SUBSTRATE SUBSTRATE

  4. I Vxy Vxx Hall Effect Magnetoresistance

  5. Anomalous Hall Effect AHE

  6. Ni 20k

  7. Ni

  8. Ag Magnetoresistance Ni Ni 20 k

  9. AMR

  10. R>RC d<dC R<RC d>dC

  11. Granular Ni Mitra, Misra, Hebard, Muttalib, and Wolfle, Phys. Rev. Lett. 99, 046804 (2007).

  12. Inverse proximity effect (20Å)

  13. Inverse proximity effect (9Å) Ag9 Bourgious, Frydman and Dynes, PRL 2002

  14. Magnetic inverse proximity effect

  15. Magnetic inverse proximity effect

  16. 1.7B 2.2B 0.6B

  17. CONGRATULATIONS ALLEN

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