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- Constraint_algebra abstract "In theoretical physics, a constraint algebra is a linear space of all constraints and all of their polynomial functions or functionals whose action on the physical vectors of the Hilbert space should be equal to zero.For example, in electromagnetism, the equation for the Gauss' lawis an equation of motion that does not include any time derivatives. This is why it is counted as a constraint, not a dynamical equation of motion. In quantum electrodynamics, one first constructs a Hilbert space in which Gauss' law does not hold automatically. The true Hilbert space of physical states is constructed as a subspace of the original Hilbert space of vectors that satisfyIn more general theories, the constraint algebra may be a noncommutative algebra.".
- Constraint_algebra wikiPageID "5118041".
- Constraint_algebra wikiPageRevisionID "601708631".
- Constraint_algebra hasPhotoCollection Constraint_algebra.
- Constraint_algebra subject Category:Quantum_field_theory.
- Constraint_algebra subject Category:Quantum_mechanics.
- Constraint_algebra comment "In theoretical physics, a constraint algebra is a linear space of all constraints and all of their polynomial functions or functionals whose action on the physical vectors of the Hilbert space should be equal to zero.For example, in electromagnetism, the equation for the Gauss' lawis an equation of motion that does not include any time derivatives. This is why it is counted as a constraint, not a dynamical equation of motion.".
- Constraint_algebra label "Constraint algebra".
- Constraint_algebra sameAs m.0d3h0y.
- Constraint_algebra sameAs Q5164367.
- Constraint_algebra sameAs Q5164367.
- Constraint_algebra wasDerivedFrom Constraint_algebra?oldid=601708631.
- Constraint_algebra isPrimaryTopicOf Constraint_algebra.