Learn · Fourier Analysis and its applications
Lecture 38 of 65week-08
Lecture 38: The BanachSteinhaus' theorem
Prof. G. K Srinivasan · IIT Bombay
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All the lectures
- Lecture 1: Genesis and a little history
- Lecture 2: Basic convergence theorem
- Lecture 3: Riemann Lebesgue Lemma
- Lecture 4: The ubiquitous Gaussian
- Lecture 5: Jacobi theta function identity.
- Lecture 6: The Riemann zeta function
- Lecture 7: Bessel's functions of the first kind
- Lecture 8: Least square approximation
- Lecture 9: Parseval formula. Isoperimetric theorem
- Lecture 10: Dirichlet problem for a disc
- Lecture 11: The Poisson kernel
- Lecture 12: Cesaro summability and Fejer's theorem
- Lecture 13: Fejer's theorem (Cond)
- Lecture 14: Kronecker's theorem
- Lecture 15: Weyl's equidistribution theorem
- Lecture 16: Borel's theorem and beyond
- Lecture 17: Fourier transform and Schwartz space
- Lecture 18: Hermite's differential equation
- Lecture 19: Fourier inversion theorem
- Lecture 20: Plancherel's theorem
- Lecture 21: Heat equation. The heat kernel
- Lecture 22: Airy's function
- Lecture 23: Exercises on Fourier transform
- Lecture 24: Principle of equipartitioning of energy
- Lecture 25: Formula of Srinivasa Ramanujan
- Lecture 26: Sturm Liouville problems. Orthogonal systems
- Lecture 27: Vibrations of a circular membrane
- Lecture 28: Fourier Bessel series
- Lecture 29: Properties of Legendre polynomials
- Lecture 30: Properties of Legendre polynomials (contd)
- Lecture 31: Properties of Legendre polynomials interlacing of zeros
- Lecture 32: Laplace's integrals and Rayleigh's expansion of plane waves
- Lecture 33: Regular SturmLiouville problems
- Lecture 34: Variational properties of eigenvalues
- Lecture 35: The Dirichlet principle
- Lecture 36: Regular SturmLiouville problems Existence of eigenvalues
- Lecture 37: The Bergman space
- Lecture 38: The BanachSteinhaus' theorem
- Lecture 39: Hilbert space basics
- Lecture 40: Completeness of Hermite functions
- Lecture 41 : Laugerre polynomials
- Lecture 42: Orthonormal bases in Hilbert spaces
- Lecture 43: Nonseparable Hilbertspaces. Almost periodic functions
- Lecture 44: HilbertSchmidt operators and Green's functions
- Lecture 45: Spectrum of a bounded linear operator
- Lecture 46: Weak (sequential) compactness of the closed unit ball
- Lecture 47: Compact selfadjoint operators. Existence of eigen values
- Lecture 48: Compact selfadjoint operators. Existence of eigen values continued
- Lecture 49: Celestial Mechanics
- Lecture 50: Inverting the Kepler equation using Fourier series
- Lecture 51: Odds and Ends
- Lecture 52: Dirichlet's theorem on Fouier series
- Lecture 53: Dirichlet's theorem on Fouier series continued
- Lecture 54: Topology on the Schwartz space
- Lecture 55: Examples of tempered distributions
- Lecture 56: Operations on distributions
- Lecture 57: Fourier Transform of tempered distribution
- Lecture 58: Support of a distribution. Distributions with point support
- Lecture 59: Distributional solutions of ODEs. Continuity of the Fourier transform and differentiation
- Lecture 60: The Poisson summation formula
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