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Lec - 32 Introduction To Banach Algebra || Banach Algebra In Functional Analysis
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Lec - 32 Introduction To Banach Algebra || Banach Algebra In Functional Analysis
WELCOME TO MY YOUTUBE CHANNEL EXCELLENCE LEARNING
From this video we will start Important section of Functional Analysis i.e. BANACH ALGEBRA
**This lecture only contains introduction of Banach Algebra.**
______________________________________________
Link to my other video lectures on functional Analysis
Lec 01👇(Normed Linear Space)
Lec 02 👇(Banach Space)
Lec 03 👇(Quotient Space)
Lec 04 👇(Examples of Normed Linear Space & Banach Space)
Lec 05 👇(Theorems on Normed Linear Space)
Lec 06 👇(Direct Sum in Normed Linear Space)
Lec 07 👇(Lp & L infinity Space)
Lec 08 👇(Proof of Holder's Inequality)
Lec 09 👇(Proof of Minkowski's Inequality)
Lec 10 👇 (Continuous and Bounded Transformations in Normed Linear Space)
Lec 11 👇( Null space of linear Transformation)
Lec 12 👇(Equivalent Norms (Part 1))
Lec 13 👇(Equivalent Norms Part 2)
Lec 14 👇(Proof of Riesz Lemma and Theorem)
Lec 15 👇 (Space of Bounded linear transformations)
Lec -16 👇(Introduction to Hahn Banach Theorem)
Lec - 17 👇 (Hahn-Banach Theorem part 2)
Lec - 18 👇 (Strong & Weak Convergence)
Lec -19 👇 ( Weak Cauchy Sequence)
Lec - 20 👇 ( Convergence In Hilbert Space)
Lec 21👇 ( Adjoint of an operator)
Lec 22 👇 (Self Adjoint operator)
Lec 23 👇 ( Normal operator)
Lec 24 👇 ( Unitary Operator)
Lec 25 👇 ( Projection on Hilbert space )
Lec 26 👇 ( Invariance of set & Reducibility of operator )
Lec 27 👇( Orthogonality of Two projections)
Lec 28 👇 ( Spectral Theory )
Lec 29 👇 ( Spectral theorem for normal operator )
Lec 30 👇 ( Spectral Resolution of an operator )
Lec 31 👇 ( Theorems On Spectral Resolution of an operator )
______________________________________________
#BanachAlgebra
WELCOME TO MY YOUTUBE CHANNEL EXCELLENCE LEARNING
From this video we will start Important section of Functional Analysis i.e. BANACH ALGEBRA
**This lecture only contains introduction of Banach Algebra.**
______________________________________________
Link to my other video lectures on functional Analysis
Lec 01👇(Normed Linear Space)
Lec 02 👇(Banach Space)
Lec 03 👇(Quotient Space)
Lec 04 👇(Examples of Normed Linear Space & Banach Space)
Lec 05 👇(Theorems on Normed Linear Space)
Lec 06 👇(Direct Sum in Normed Linear Space)
Lec 07 👇(Lp & L infinity Space)
Lec 08 👇(Proof of Holder's Inequality)
Lec 09 👇(Proof of Minkowski's Inequality)
Lec 10 👇 (Continuous and Bounded Transformations in Normed Linear Space)
Lec 11 👇( Null space of linear Transformation)
Lec 12 👇(Equivalent Norms (Part 1))
Lec 13 👇(Equivalent Norms Part 2)
Lec 14 👇(Proof of Riesz Lemma and Theorem)
Lec 15 👇 (Space of Bounded linear transformations)
Lec -16 👇(Introduction to Hahn Banach Theorem)
Lec - 17 👇 (Hahn-Banach Theorem part 2)
Lec - 18 👇 (Strong & Weak Convergence)
Lec -19 👇 ( Weak Cauchy Sequence)
Lec - 20 👇 ( Convergence In Hilbert Space)
Lec 21👇 ( Adjoint of an operator)
Lec 22 👇 (Self Adjoint operator)
Lec 23 👇 ( Normal operator)
Lec 24 👇 ( Unitary Operator)
Lec 25 👇 ( Projection on Hilbert space )
Lec 26 👇 ( Invariance of set & Reducibility of operator )
Lec 27 👇( Orthogonality of Two projections)
Lec 28 👇 ( Spectral Theory )
Lec 29 👇 ( Spectral theorem for normal operator )
Lec 30 👇 ( Spectral Resolution of an operator )
Lec 31 👇 ( Theorems On Spectral Resolution of an operator )
______________________________________________
#BanachAlgebra
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