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quantum operator algebras in quantum field theories
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(Topic)
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"quantum operator algebras in quantum field theories" is owned by bci1.
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See Also: compact quantum groupoids related to C*-algebras, groupoids, Hamiltonian operator, quantum chromodynamics (QCD), quantum electrodynamics, nuclear C*-algebra, quantum super-operators, quantum logic toposes, Schrödinger operator, distribution, quantum chromodynamics (QCD), compact quantum group, equivalent representations of groupoids
| Other names: |
QOA, QAT, QFT, quantum theories |
| Also defines: |
bialgebra, antihomomorphism, QOA, groupoids, von Neumann algebra, Hopf algebra, Haar systems for locally compact topological groupoids |
| Keywords: |
fundamentals of quantum theories, quantum operator algebras, von Neumann algebras, C*-algebras |
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Cross-references: integrable, square, Hilbert bundle, span, finite dimensional, completion, inductive limit, open, range map, implications, measurable, base points, fixed, closed set, components, connected, transitive, transposition, onto, homeomorphism, measure preserving, invariant, addition, support, dense, Borel measure, regular, positive, measures, left Haar measure, closed, unit space, inversion, locally compact Hausdorff space, second countable, normal, product, multiplication, matrix multiplication, matrix unit, equivalent, diagonal, relation, simple, graph, tangent, tangent bundles, locally compact, equivalence relations, group actions, fields, number, topological spaces, category, isotropy group, continuous, composition, source, range, subspace, topological groupoid, morphisms, objects, inverses, small category, infinite dimensional, scope, matrices, transformation, finite, quantum group, Hopf algebras, non-commutative, commutative, antipode map, group, properties, map, counity, comultiplication, diagram, terms, linear maps, linear space, associative, structure, subalgebra, unital, implies, commutant, element, operation, adjoint, closed under, bounded operators, subset, separable, complex, quantum groupoids, C*-algebras, locally compact groupoids, measured groupoids, Haar systems, geometry, state space, applications, theorem, symmetry, current, and operator, QM, foundation, types, sections, nuclear spaces, development, self-adjoint, unitary operators, Casimir operators, Hamiltonian operator, quantum space-times, useful, representations, similar, Hilbert spaces, operators, algebras, quantum operator algebras
There are 43 references to this entry.
This is version 63 of quantum operator algebras in quantum field theories, born on 2008-07-06, modified 2009-01-25.
Object id is 10752, canonical name is QuantumOperatorAlgebrasInQuantumFieldTheories.
Accessed 4552 times total.
Classification:
| AMS MSC: | 81T05 (Quantum theory :: Quantum field theory; related classical field theories :: Axiomatic quantum field theory; operator algebras) | | | 81T75 (Quantum theory :: Quantum field theory; related classical field theories :: Noncommutative geometry methods) | | | 81T80 (Quantum theory :: Quantum field theory; related classical field theories :: Simulation and numerical modeling) | | | 81T99 (Quantum theory :: Quantum field theory; related classical field theories :: Miscellaneous) | | | 55U99 (Algebraic topology :: Applied homological algebra and category theory :: Miscellaneous) |
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Pending Errata and Addenda
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