Before revision: Basic spintronic phenomena Giant magnetoresistance (GMR), Tunnel magnetoresistance (TMR), Spin valve Spin transfer torque (STT) Spin injection Pure spin currents Spin pumping Spin waves, magnonics (inverse) Spin Hall effect Spin calorics, Spin Seebeck effect Applications of spintronics this section is devoted to current and possible future applications of spintronics which make use of one or the combination of several basic spintronic phenomena: Hard disk drive read heads Magnetoresistive random-access memory (MRAM) Racetrack memory Spin transistor Spin quantum computing Magnon-based spintronics Spin Materialsmaterials which properties are determined or strongly influenced by quantum spin: Magnetic alloys, i.e.
After revision: Basic spintronic phenomena Giant magnetoresistance (GMR), Tunnel magnetoresistance (TMR), Spin valve Spin transfer torque (STT) Spin injection Pure spin currents Spin pumping Spin waves, magnonics (inverse) Spin Hall effect Spin calorics, Spin Seebeck effect Applications of spintronics this section is devoted to current and possible future applications of spintronics which make use of one or the combination of several basic spintronic phenomena: Hard disk drive read heads Magnetoresistive random-access memory (MRAM) Racetrack memory Spin transistor Spin quantum computing Magnon-based spintronics Spin materialsMaterials which properties are determined or strongly influenced by quantum spin: Magnetic alloys, i.e.