Linked from

The 11 pages that link to Spintronics, each with the reason it gives.

• Electron spinNarrower topic: It treats spin as a controllable information-bearing degree of freedom.

• SpinRelated: It harnesses spin-dependent transport and magnetization for information storage and processing.

• Condensed matter physicsRelated: Magnetic materials and spin-dependent transport enable devices beyond charge-only electronics.

• Molecular beam epitaxyNarrower topic: MBE-grown magnetic and semiconductor layers provide controlled structures for spintronic devices.

• Topological insulatorRelated: Spin-momentum locking at surfaces offers a route to electrical control of spin.

• Bohr magnetonRelated: Spintronic measurements and models quantify electron magnetic moments on the Bohr scale.

• Magnetoresistive random-access memoryNarrower topic: MRAM is a prominent memory application of spin-dependent electronic effects.

• Albert FertNarrower topic: Fert became a leading figure in the field that grew from giant magnetoresistance.

• Peter GrünbergNarrower topic: The discovery helped establish spin-dependent transport as a practical technology.

• Tohoku UniversityRelated: Tohoku researchers helped develop spintronics into a prominent area of materials and device research.

• Mesoscopic physicsRelated: Mesoscopic devices can preserve and manipulate spin over distances relevant to computation and sensing.