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TY  - BOOK
ID  - 77902050
TI  - Non-abelian minimal closed ideals of transitive Lie algebras
PY  - 1981
SN  - 0691643024 1400853656 9781400853656 9781306988988 1306988985 0691082510 9780691615622
PB  - Princeton, N.J.  Princeton University Press
DB  - UniCat
KW  - Lie algebras.
KW  - Ideals (Algebra)
KW  - Pseudogroups.
KW  - Global analysis (Mathematics)
KW  - Lie groups
KW  - Algebraic ideals
KW  - Algebraic fields
KW  - Rings (Algebra)
KW  - Algebras, Lie
KW  - Algebra, Abstract
KW  - Algebras, Linear
KW  - Lie algebras
KW  - Pseudogroups
KW  - 512.81
KW  - 512.81 Lie groups
KW  - Ideals (Algebra).
KW  - Lie, Algèbres de.
KW  - Idéaux (algèbre)
KW  - Pseudogroupes (mathématiques)
KW  - Ordered algebraic structures
KW  - Analytical spaces
KW  - Addition.
KW  - Adjoint representation.
KW  - Algebra homomorphism.
KW  - Algebra over a field.
KW  - Algebraic extension.
KW  - Algebraic structure.
KW  - Analytic function.
KW  - Associative algebra.
KW  - Automorphism.
KW  - Bilinear form.
KW  - Bilinear map.
KW  - Cartesian product.
KW  - Closed graph theorem.
KW  - Codimension.
KW  - Coefficient.
KW  - Cohomology.
KW  - Commutative ring.
KW  - Commutator.
KW  - Compact space.
KW  - Complex conjugate.
KW  - Complexification (Lie group).
KW  - Complexification.
KW  - Conjecture.
KW  - Constant term.
KW  - Continuous function.
KW  - Contradiction.
KW  - Corollary.
KW  - Counterexample.
KW  - Diagram (category theory).
KW  - Differentiable manifold.
KW  - Differential form.
KW  - Differential operator.
KW  - Dimension (vector space).
KW  - Dimension.
KW  - Direct sum.
KW  - Discrete space.
KW  - Donald C. Spencer.
KW  - Dual basis.
KW  - Embedding.
KW  - Epimorphism.
KW  - Existential quantification.
KW  - Exterior (topology).
KW  - Exterior algebra.
KW  - Exterior derivative.
KW  - Faithful representation.
KW  - Formal power series.
KW  - Graded Lie algebra.
KW  - Ground field.
KW  - Homeomorphism.
KW  - Homomorphism.
KW  - Hyperplane.
KW  - I0.
KW  - Indeterminate (variable).
KW  - Infinitesimal transformation.
KW  - Injective function.
KW  - Integer.
KW  - Integral domain.
KW  - Invariant subspace.
KW  - Invariant theory.
KW  - Isotropy.
KW  - Jacobi identity.
KW  - Levi decomposition.
KW  - Lie algebra.
KW  - Linear algebra.
KW  - Linear map.
KW  - Linear subspace.
KW  - Local diffeomorphism.
KW  - Mathematical induction.
KW  - Maximal ideal.
KW  - Module (mathematics).
KW  - Monomorphism.
KW  - Morphism.
KW  - Natural transformation.
KW  - Non-abelian.
KW  - Partial differential equation.
KW  - Pseudogroup.
KW  - Pullback (category theory).
KW  - Simple Lie group.
KW  - Space form.
KW  - Special case.
KW  - Subalgebra.
KW  - Submanifold.
KW  - Subring.
KW  - Summation.
KW  - Symmetric algebra.
KW  - Symplectic vector space.
KW  - Telescoping series.
KW  - Theorem.
KW  - Topological algebra.
KW  - Topological space.
KW  - Topological vector space.
KW  - Topology.
KW  - Transitive relation.
KW  - Triviality (mathematics).
KW  - Unit vector.
KW  - Universal enveloping algebra.
KW  - Vector bundle.
KW  - Vector field.
KW  - Vector space.
KW  - Weak topology.
KW  - Lie, Algèbres de.
KW  - Idéaux (algèbre)
KW  - Pseudogroupes (mathématiques)
UR  - https://www.unicat.be/uniCat?func=search&query=sysid:77902050
AB  - The purpose of this book is to provide a self-contained account, accessible to the non-specialist, of algebra necessary for the solution of the integrability problem for transitive pseudogroup structures.Originally published in 1981.The Princeton Legacy Library uses the latest print-on-demand technology to again make available previously out-of-print books from the distinguished backlist of Princeton University Press. These editions preserve the original texts of these important books while presenting them in durable paperback and hardcover editions. The goal of the Princeton Legacy Library is to vastly increase access to the rich scholarly heritage found in the thousands of books published by Princeton University Press since its founding in 1905.
ER  -