Linked from

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

• FerromagnetismRelated: It gives a microscopic framework for ferromagnetic alignment.

• Ising modelCompared with: Its three-component spins replace the Ising model's restricted up-or-down states.

• Exchange interactionRelated: Its effective coupling constants compress complicated exchange processes into a solvable framework.

• Hamiltonian (quantum mechanics)Broader topic: Its Hamiltonian encodes magnetic interactions on a lattice.

• Hubbard modelRelated: At strong repulsion and half-filling, the Hubbard model reduces approximately to this spin model.

• Pauli matricesRelated: For spin-½ sites, each component in the interaction is represented by a Pauli matrix scaled by one-half.

• Curie–Weiss law (magnetism)Related: It treats microscopic interactions explicitly rather than replacing them with a mean field.

• Duncan HaldaneNarrower topic: Haldane’s chain result arose by analyzing this model in one dimension.

• 1-dimensional systems (physics)Related: Its one-dimensional chains reveal quantum effects absent from simple classical ordering.

• Classical spin modelsBroader topic: It shows how allowing continuous orientations changes magnetic behavior.

• Lattice models in condensed matterBroader topic: It isolates magnetic degrees of freedom on a lattice.