Set Theory
Set Theory Curriculum
This curriculum provides a structured overview of the study of Set Theory, from its foundational principles to advanced topics.
Core Concepts
Basic Set Theory:
- What is a Set?
- Elements and Subsets
- Ways to Define Sets
- Empty Set, Singleton Set
- Equality of Sets
Set Operations:
- Union of Sets
- Intersection of Sets
- Difference of Sets
- Complement of a Set
- Cartesian Product
Relations:
- Definition of a Relation
- Types of Relations (Reflexive, Symmetric, Transitive)
- Equivalence Relations
- Partial Orderings
- Total Orderings
Functions:
- Definition of a Function
- Types of Functions (Injective, Surjective, Bijective)
- Inverse Functions
- Composition of Functions
- Functions and Cardinality
Advanced Topics
Cardinality:
- Finite and Infinite Sets
- Countable and Uncountable Sets
- Cardinal Numbers
- Cantor's Theorem
- Continuum Hypothesis
Axiomatic Set Theory:
- Zermelo-Fraenkel Axioms (ZF)
- Axiom of Choice (AC)
- ZFC Set Theory
- The Role of Axioms
- Independence Results
Ordinal Numbers:
- Well-ordered Sets
- Ordinal Arithmetic
- Transfinite Induction
- Successor and Limit Ordinals
- The Axiom of Replacement
Axiom of Choice:
- Equivalent Forms of AC
- The Well-Ordering Theorem
- Zorn's Lemma
- Applications and Consequences of AC
- Independence of AC
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