Spin inversion symmetry means that simultaneous reversal of every spin leaves the probability distribution or energy unchanged. For a finite spin model with this symmetry, the weights of opposite configurations pair up, so every observable that changes sign under the reversal has zero expected value. An applied magnetic field generally breaks this symmetry.
Ancestors (5)
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- Blume-Capel mean-field transition at zero single-ion anisotropy
- Curie–Weiss model
- Edwards-Anderson order parameter
- Finite-size rounding
- Frustrated Ising triangle
- Ising ring bond correlation
- Odd antiferromagnetic Ising ring
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- Spin-1 chain decimation recursion
- Symmetry-breaking order of limits
- Thermodynamic phase
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