Math 2.0

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Algebra _ II R0BHZ4WRS1

URIm2://res/R0BHZ4WRS1
Kindcourse
CreatorsAmritanshu Prasad (instructor), S. Viswanath (instructor)
Date2022-10-11
Scopein

Expressions

e1: edition

Languageen
Date2022-10-11
Contents
  • part 1: Week 1
  • session 1: Algebraic and Transcendental Numbers
  • session 2: Extensions Generated by Elements
  • session 3: Isomorphic Extensions
  • session 4: Degree of an Extension
  • session 5: Constructible Numbers
  • session 6: The Field of Constructible Numbers
  • session 7: Characterization of Constructible Numbers
  • session 8: Solved Problems (Week 1)
  • part 2: Week 2
  • session 9: Some Things can't be Constructed
  • session 10: Symbolic Adjunction
  • session 11: Repeated Roots
  • session 12: Gauss Lemma
  • session 13: Eisenstein's criterion
  • session 14: Existence Theorem for Finite Fields
  • session 15: Subfields of a Finite Field
  • session 16: Multiplicative Group of a Finite Field
  • session 17: Uniqueness Theorem for Finite Fields
  • session 18: Solved Problems (week 2)
  • part 3: Week 3
  • session 19: Algebraic Extensions and Algebraic Closures
  • session 20: Existence of Algebraic Closures
  • session 21: Uniqueness of Algebraic Closure
  • session 22: Solved Problems, part 1 (Week 3)
  • session 23: Existence of splitting fields, bound on degree
  • session 24: Uniqueness of splitting fields
  • session 25: Solved problems , part 2 (Week 3)
  • part 4: Week 4
  • session 26: Normal Extensions
  • session 27: Separable polynomials
  • session 28: Perfect fields, separable extensions
  • session 29: Definition and examples, fixed fields
  • session 30: Characterization of Galois extensions
  • session 31: Linear Independence of Characters
  • session 32: Solved problems (Week 4)
  • part 5: Week 5
  • session 33: Artin's Theorem - part 1
  • session 34: Artin's Theorem - part 2
  • session 35: Finite Galois Extensions
  • session 36: The fundamental theorem of Galois Theory - 1
  • session 37: The fundamental theorem of Galois Theory - 2
  • session 38: Solved problems (Week 5)
  • part 6: Week 6
  • session 39: Cyclotomic extensions
  • session 40: Irreducibility of the cyclotomic polynomial
  • session 41: Application: Constructibility of regular n-gons.
  • session 42: Insolvability of the general quintic - part 1
  • session 43: Insolvability of the general quintic - part 2
  • session 44: Insolvability of the general quintic - part 3
  • part 7: Week 7
  • session 45: What is category theory (and why is it important)?
  • session 46: Definition of a category
  • session 47: Monomorphisms, epimorphisms, and isomorphisms
  • session 48: Categories: First Problem Session
  • session 49: Initial and Terminal Objects
  • session 50: Products and Coproducts
  • session 51: Categories: Second Problem Session
  • part 8: Week 8
  • session 52: Functors
  • session 53: The Category of Categories
  • session 54: Natural Transformations
  • session 55: Functor Categories
  • session 56: Categories: Third Problem Session
  • session 57: Adjunction
  • session 58: Categories: Fourth Problem Session
  • part 9: Week 9
  • session 59: Tensor products of Z-modules
  • session 60: Free abelian groups and quotient groups
  • session 61: Construction of the tensor product
  • session 62: Problem session
  • session 63: Tensor product of R-modules
  • part 10: Week 10
  • session 64: Functoriality of the tensor product
  • session 65: Bimodules
  • session 66: Tensor products of bimodules
  • session 67: Tensor products of modules over commutative rings
  • session 68: Extension of scalars
  • session 69: Problem session - tensor products of vector spaces
  • part 11: Week 11
  • session 70: Some Properties of the tensor product
  • session 71: F-algebras
  • session 72: Composition Series
  • session 73: Schreier's Theorem
  • session 74: Ascending and Descending Chain Conditions
  • session 75: Existence of Jordan-Holder Series
  • session 76: The Jordan-Holder Theorem
  • session 77: Examples related to the Jordan-Holder Theorem
  • part 12: Week 12
  • session 78: The Jordan-Holder Theorem for Groups
  • session 79: Indecomposable Modules
  • session 80: Direct Sum Decompositions
  • session 81: Decomposition as a sum of Indecomposables
  • session 82: The Endomorphism Ring of an Indecomposable Module
  • session 83: Krull-Schmidt Theorem
  • session 84: Krull-Schmidt Examples
  • part 13: Live Session
  • session 85: Live Session 05-03-2021
  • session 86: Live Session 03-04-2021

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