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Showing 1 to 9 of 9 for “"pure spin current"”.

  1. Tunable spin-charge conversion in vanadium dioxide

    Spin-based electronic devices rely on the interplay of spin and charge degree of freedom of electrons and are emerging as a promising beyond CMOS technology. Fast, scalable, low energy consumption magnetic memories and nonvolatile spin logic devices have been demonstrated utilizing …

    mit Repository record for Tunable spin-charge conversion in vanadium dioxide (opens in a new tab)

  2. Polarization dependent photocurrents in thin films of the topological insulator Bi₂Se₃

    … of the topological insulator include the flow of pure spin currents and topological protection. Pure spin current, distinct from electric current, is a net flow of spin without a net flow of charge. Recent research at MIT has revealed that shining circularly polarized laser light on a topological …

    mit Repository record for Polarization dependent photocurrents in thin films of the topological insulator Bi₂Se₃ (opens in a new tab)

  3. Thermal Effects on Spin Currents in Non-Local Metallic Spin Valves

    <p>The study of non-local spin valves (NLSVs) has recently proven to be a fertile area for both applied and fundamental research in nanomagnetism due to the unique ability to separate charge currents and spin currents. NLSVs may also prove essential for a new class of high-density hard disk read …

    denver Repository record for Thermal Effects on Spin Currents in Non-Local Metallic Spin Valves (opens in a new tab)

  4. Nanometer-thick yttrium iron garnet film development and spintronics-related study

    … YIG) materials for magnetic insulator-based spintronics studies. This interest derives from the fact that YIG materials have very low intrinsic damping. The development of YIG-based spintronics demands YIG films that have a thickness in the nanometer (nm) range and at the same time exhibit …

    colostate Repository record for Nanometer-thick yttrium iron garnet film development and spintronics-related study (opens in a new tab)

  5. Decoherence of Transverse Electronic Spin Current in Magnetic Metals

    Transport of spin angular momentum (spin currents) in magnetic thin films is important for non-volatile spin-based memory devices and other emerging information technology applications. It is especially important to understand how a spin current propagates across interfaces and how a spin current

    vt Repository record for Decoherence of Transverse Electronic Spin Current in Magnetic Metals (opens in a new tab)

  6. Spin and Charge Transport in Metallic Ferrimagnets and Disordered Magnetic Oxides

    … disordered magnetic oxides for applications in spintronic devices. Due to the antiferromagnetic exchange interaction, ferrimagnetic materials offer the ultrafast dynamics of the antiferromagnetic exchange, with a net magnetization that can be influenced externally. With two, or more, competing …

    denver Repository record for Spin and Charge Transport in Metallic Ferrimagnets and Disordered Magnetic Oxides (opens in a new tab)

  7. Topological Transport Effects and Pure Spin Currents in Nanostructures

    … systems, and have many applications in our current information technology. In particular, the electronic system reflects the crystal symmetry and the orbital structure of the atoms of a given solid, and thus is crucial to understanding magnetism, superconductivity and many other effects …

    qucosa-diss

  8. Injection, transport and detection of spin currents in organic semiconductors

    Research on spin current transport has so far been concentrated around metals, ferromagnetic insulators and inorganic semiconductors, but is still relatively scarce in organic semiconductors. Recently, there have been a few attempts at exploring spin pumping into polymers, which showed promising …

    cambridge Repository record for Injection, transport and detection of spin currents in organic semiconductors (opens in a new tab)

  9. Investigation of spin-caloric and spin-orbit torque materials by vectorial spin Seebeck measurements and an advanced x-ray magnetic reflectivity analysis

    … in magnetic Heusler compounds in the field of spintronics based on their wide range of magnetic properties and susceptibility to manipulation by elemental substitution. In particular half-Heusler alloys are currently attracting growing attention due to their non-centrosymmetric C1b magnetic …

    bielefeld Repository record for Investigation of spin-caloric and spin-orbit torque materials by vectorial spin Seebeck measurements and an advanced x-ray magnetic reflectivity analysis (opens in a new tab)