Math 2.0

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Operator Theory XNEPKJANC4

URIm2://res/XNEPKJANC4
Kindcourse
CreatorsG. Ramesh (instructor)
Date2022-09-26
Scopein

Expressions

e1: edition

Languageen
Date2022-09-26
Contents
  • part 1: week-01
  • session 1: Semi Inner product spaces
  • session 2: Inner Product Spaces
  • session 3: Parallelogram law
  • session 4: Hilbert Spaces
  • session 5: Orthogonality
  • session 6: Projection Theorem
  • part 2: week-02
  • session 7: Linear Operator
  • session 8: Bounded Operators
  • session 9: Norm of a linear operator
  • session 10: Examples of bounded operators
  • session 11: The Adjoint Operator
  • part 3: week-03
  • session 12: The adjoint: Properties
  • session 13: Closed range operators-1
  • session 14: Closed range operators-2
  • session 15: Self-adjoint Operators
  • session 16: Normal operators
  • part 4: week-04
  • session 17: Isometris and Unitaries
  • session 18: Isometris and Unitaries
  • session 19: Mutually Orthogonal Projections
  • session 20: Invariant Subspaces
  • session 21: Monotone Convergence Theorem
  • part 5: week-05
  • session 22: Square root
  • session 23: Polar decomposition
  • session 24: Invertibility
  • session 25: Spectrum
  • session 26: Spectral Mapping Theorem
  • part 6: week-07
  • session 27: Decomposition of spectrum
  • session 28: Computing spectrum: Examples
  • session 29: Approximate spectrum
  • session 30: Approximate spectrum: Properties
  • session 31: Numerical bounds
  • part 7: week-08
  • session 32: Compact Operators
  • session 33: Compact Operators; Properties
  • session 34: Spectral Theorem: Compact Self-Adjoint Operators
  • session 35: Spectral Theorem: Consequences
  • session 36: Compact Normal Operators
  • part 8: week-09
  • session 37: Compact Operators Singular value Decomposition
  • session 38: Fredholm Alternative Theorem
  • session 39: Orthogonal decomposition of self-adjoint operators
  • session 40: Spectral family; Properties-I
  • session 41: Lecture 5: Spectral family; Properties-II
  • part 9: week-10
  • session 42: Spectral theorem Self adjoint Operators
  • session 43: Spectral theorem Examples
  • session 44: Spectral theorem: Consequences
  • session 45: Continuous functional Calculus
  • session 46: Spectral mapping theorem

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