Dolan–Grady relations

E653519

The Dolan–Grady relations are algebraic commutation relations between two operators that generate the Onsager algebra and play a key role in the study of exactly solvable models in statistical mechanics.

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Predicate Object
instanceOf algebraic relation
commutation relation
concept in mathematical physics
concept in statistical mechanics
appliesTo two operators
category exactly solvable lattice models
integrable structures in statistical mechanics
defines Onsager algebra generators NERFINISHED
describedAs algebraic commutation relations between two operators
field algebra
mathematical physics
statistical mechanics
generalizationOf Onsager’s commutation relations
hasKeyRoleIn construction of integrals of motion
integrability of lattice models
study of exactly solvable models in statistical mechanics
hasMathematicalContext Lie algebras NERFINISHED
infinite-dimensional algebras
representation theory
hasOperatorType self-adjoint operators (in many physical realizations)
involves nested commutators of two generators
isPartOf algebraic approach to integrable systems
namedAfter Leon Dolan NERFINISHED
Michael Grady NERFINISHED
property lead to closed algebra under commutation
relatedTo Askey–Wilson algebra NERFINISHED
Onsager algebra NERFINISHED
Yang–Baxter equation NERFINISHED
loop algebras
quantum integrable systems
transfer matrix methods
tridiagonal pairs
role generate the Onsager algebra
satisfies Onsager’s original algebraic structure for the Ising model
usedFor constructing infinite sets of commuting operators
deriving exact spectra in integrable models
usedIn Ising model NERFINISHED
Z-invariant models
exactly solvable models
integrable models
two-dimensional lattice models
yearProposed 1982

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Onsager algebra relatedTo Dolan–Grady relations