Tutorials

These tutorials can help to understand quickly how SpinW works. It is possible to download the MATLAB code of any tutorial using the grabcode command with the tutorial URL.

For example: grabcode('http://www.spinw.org/tutorials/01tutorial')

• Tutorial 1 — Spin wave spectrum of the Heisenberg ferromagnetic nearest-neighbor spin chain

• Tutorial 2 — Antiferromagnetic nearest-neighbour spin chain

• Tutorial 3 — Frustrated J1-J2 AFM chain

• Tutorial 4 — Antiferromagnetic square lattice

• Tutorial 5 — Ferromagnetic first neighbor Kagome lattice

• Tutorial 6 — Ferromagnetic kagome lattice

• Tutorial 7 — k=0 Kagome antiferromagnet

• Tutorial 8 — sqrt(3) x sqrt(3) Kagome antiferromagnet

• Tutorial 9 — k=0 Kagome antiferromagnet with DM interaction

• Tutorial 10 — Energy cuts and Horace integration

• Tutorial 11 — Spin wave spectrum of La2CuO4

• Tutorial 12 — Triangular lattice AF with easy plane anisotropy

• Tutorial 13 — Spin wave spectrum of LiNiPO4

• Tutorial 14 — Spin wave disperion of YVO3

• Tutorial 15 — Spin wave spectrum of Ba3NbFe3Si2O14

• Tutorial 16 — Spin wave spectrum of the honeycomb lattice Na2IrO3

• Tutorial 17 — Symbolic spin wave dispersion of FM chain

• Tutorial 18 — Spin wave spectrum of the distorted kagome KCu3As2O7(OD)3

• Tutorial 19 — Spin-spin correlation function of two different coupled magnetic ion

• Tutorial 20 — Spin wave spectrum of Yb2Ti2O7

• Tutorial 21 — Spin wave spectrum of YIG

• Tutorial 30 — Help on SpinW

• Tutorial 31 — Internal data structure of SpinW

• Tutorial 32 — Basic symmetry analysis

• Tutorial 33 — Introduction to Plotting Chemistry

• Tutorial 34 — Symmetry of Na2IrO3

• Tutorial 35 — Crystal structure of LuVO3

• Tutorial 36 — Anisotropic exchange on the FM chain

• Tutorial 37 — Dispersion of a triangular lattice

• Tutorial 38 — T and T’ modes of Ca2RuO4

• Tutorial 39 — Fitting powder INS data