UCLA General Catalog 1971-72 - Registrar - UCLA
UCLA General Catalog 1971-72 - Registrar - UCLA
UCLA General Catalog 1971-72 - Registrar - UCLA
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213A-2131. Theory of Groups.<br />
Prerequisite : course 210A or consent of the<br />
istractor . Topics chosen from representation theory,<br />
transfer theory , infinite Abelian groups, free products<br />
sad presentations of groups , solvable and nilpotent<br />
groups, classical groups , algebraic groups.<br />
214A-.214B . Algebraic Geometry.<br />
Prerequisite : course 210A or consent of the instructor.<br />
Preliminaries from the theory of commutative<br />
rings and algebras . Theory of algebraic varieties.<br />
Topics chosen from plane curves, resolution<br />
of singularities, invariant theory , intersection theory,<br />
divisors and linear systems.<br />
LOGIC AND FOUNDATIONS<br />
MATHEMATICS / 393<br />
223. Advanced Topics in Mathematical Logic.<br />
Prerequisite : consent of the instructor. Content will<br />
vary from quarter to quarter.<br />
GEOMETRY<br />
226112266-2260 . Differential Geometry.<br />
Prerequisite: Course 231A or consent of the instructor.<br />
Manifold theory ; connections , curvature,<br />
tossion, and parallelism. Riemannian manifolds;<br />
completeness , submanifolds , constant curvature.<br />
Geodesics ; conjugate points, variational methods,<br />
Myers theorem, nonpositive curvature. Further<br />
topics such as: pinched manifolds , integral geometry,<br />
Kahler manifolds, symmetric spaces.<br />
228A- 2288. Convex Sets.<br />
Prerequisite : course 121 or 245A or consent of<br />
the instructor. Basic concepts for convex sets in<br />
topological linear spaces; separation theorems and<br />
support functions ; local convexity ; convex functions;<br />
Helly type theorems; duality . Course 228B will contain<br />
selected topics from current literature on convexity<br />
and research problems.<br />
221A. Mathematical Logic . Model Theory.<br />
Prerequisite : courses 112A - 112B - 112C or equivakat.<br />
Algebraic operations on models; the compactsen<br />
theorem and applications ; elementary submodels<br />
and extensions; the Lowenheim-Skolem theorems;<br />
saturated and special models and applications; properties<br />
preserved under algebraic operations; defin- 22GA-2268 228C. Lie Groups and Us Algebras.<br />
ability; cardinality problems ; categoricity; model<br />
theory for richer than first-order languages.<br />
Prerequisites : Knowledge of basic theory of topological<br />
groups and knowledge of differentiable<br />
manifolds. Lie groups, Lie algebras, subgroups, sub-<br />
2206. Mathematical Logic. Decidability and<br />
algebras . Exponential map. Universal enveloping<br />
Undecidability.<br />
algebra. Campbell -Hausdorff formula. Nilpotent<br />
Prerequisite: course 220A or consent of the<br />
and solvable Lie algebras . Cohomology of Lie alge-<br />
I tructor. The Gbdel incompleteness theorem for<br />
bras. Theorems of Weyl, Levi-Mal 'cev. Semisimple<br />
sdthmetic and related first-order theories ; proofs<br />
Lie algebras . Classification of simple Lie algebras.<br />
of undecidability ; tests and methods for proving<br />
Representations . Compact groups. Weyl 's character<br />
completeness; the decision problem for certain<br />
formula.<br />
theories, including possibly the more advanced topics<br />
of real closed fields, the word problem for groups, TOPOLOGY<br />
ad Hilbert's tenth problem.<br />
230. <strong>General</strong> Topology.<br />
2200. Mathematical Logic. Recursive Functions. Prerequisites : Courses 131A-131B or consent of<br />
instructor. Students may not receive credit toward<br />
Prerequisite : course 220B or consent of the<br />
the Master's degree for both 230 and 121. Topo-<br />
bstractor. Recursive functions and predicates; comlogical<br />
spaces and maps, products, quotient spaces,<br />
pitability and recursiveness (Church 's thesis); the convergence , separation axioms, metrizability, com-<br />
akbmetical hierarchy ; Post's theorem ; partial repactness,<br />
connectedness.<br />
msive functions and functionals ; the analytical<br />
haarchy; the hyperarithmetical hierarchy ; possibly<br />
ether advanced topics, for example , in the analytical 231A-231B. Manifolds and Bundles.<br />
hierarchy, in classical set theory , and in model Prerequisites : Courses 131A - 131B and 121, or<br />
y<br />
230 or consent of the instructor. Manifolds and<br />
their tangent bundles , vector bundles , covering<br />
spaces ; vector fields and integral curves; imbedding<br />
MI21A 221B-221C. Set Theory.<br />
theorems, tubular neighborhood theorem; classify-<br />
(Some as Philosophy M221A-221B-221C.) Preing spaces.<br />
segaisite: course 112A or Philosophy 134. Students<br />
may not receive credit for both Mathematics M221A- 232A-232B-232C . Algebraic Topology.<br />
! SIB-221C and Philosophy M221A 221B-221C.<br />
Prerequisites : Course 121 or 230 or consent of<br />
Sets, relations , functions . Partial and total ordering;<br />
instructor. Fundamental group; homology theory,<br />
uellorderings . Ordinal and cardinal arithmetic,<br />
singular theory , cellular theory , computation of<br />
and infinity , the continuum hypothesis, in-<br />
homology groups; cohomology theory, cup and cap<br />
aecessible numbers . Formalization of set theory,<br />
products, duality; homobopy theory, fiberspaces,<br />
Zmnelo-Fraenkel theory, von Neumann-GSdel<br />
Hurewicz theorem , obstruction theory.<br />
lheosy. Constructibility . Results on relative consist<br />
lacy and independence.<br />
238. Advanced Topics In Geometric Topology.<br />
Prerequisites : Courses 231A , B or consent of the<br />
MA-222B. Distributive Lattices and Boolean instructor. Handlebody theory, transversality; PL<br />
Algebras.<br />
topology ; surgery; topic varies from year to year.<br />
Prerequisite: course 121 or 235A or consent of the<br />
hstsucbr. Partially ordered sets, lattices , distrlbu- 237. Advanced Topics In Algebraic Topology.<br />
Ihihr laws, completeness properties , ideal theory. Prerequisites : Courses 232A - B-C or consent of<br />
Belling algebras, Boolean algebras, closure algebras, the instructor. K-theory; fixed point theory; extra-<br />
speesentation theory , applications to topology and ordinary cohomology theories; topic varies from<br />
year to year.