List questions from adjoint-operators

Published on 27 Mar 2026 - 11:52

28

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On proving Ker $(T^T)$=Ker $((T^T)^\frac{1}{2})$

Published on 08 Apr 2022 - 6:14

79

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How to Find the Adjoint of a Differential Equation?

Published on 12 Apr 2022 - 2:51

151

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If the boundary is adjoint to the differential, what is the "coboundary" adjoint to the codifferential in the continuum?

Published on 13 Apr 2022 - 20:39

168

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Theorem 1.1 of The mathematics of computerized tomography

Published on 23 Feb 2026 - 6:39

26

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Proof that T*T is non-negative on linear transformations

Published on 23 Apr 2022 - 22:11

428

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meaning of "adjoint" in ordinary differential equations

Published on 28 Apr 2022 - 1:21

96

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show that operator $A$ that $(A x)(y)=(A y)(x)$ is continuous

Published on 02 May 2022 - 18:50

500

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Formal adjoint of the exterior derivative on a manifold with boundary

Published on 27 Mar 2026 - 18:09

244

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Orthogonal projection + self-adjoint exercise (Axler Chapter 7 Exercise 4)

Published on 09 May 2022 - 14:29

47

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Spectrum analysis

Published on 14 May 2022 - 18:18

26

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Question regarding conjugate operators and the harmonic operator.

Published on 16 May 2022 - 7:05

113

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Aren't all eigenvalues of $T^*T$ non-negative? (Clarification regarding the definition of singular values)

Published on 28 Mar 2026 - 10:56

131

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Adjoint of an everywhere defined linear operator must be bounded?

Published on 26 Mar 2026 - 4:51

70

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Prove $T$ is normal iff $[T]_{\beta}$ with $\beta$ as an orthonormal basis - proof help

Published on 27 May 2022 - 5:12

List Question

Prove that T is self-adjoint

On proving Ker $(T^T)$=Ker $((T^T)^\frac{1}{2})$

How to Find the Adjoint of a Differential Equation?

If the boundary is adjoint to the differential, what is the "coboundary" adjoint to the codifferential in the continuum?

Theorem 1.1 of The mathematics of computerized tomography

Proof that T*T is non-negative on linear transformations

meaning of "adjoint" in ordinary differential equations

show that operator $A$ that $(A x)(y)=(A y)(x)$ is continuous

Formal adjoint of the exterior derivative on a manifold with boundary

Orthogonal projection + self-adjoint exercise (Axler Chapter 7 Exercise 4)

Spectrum analysis

Question regarding conjugate operators and the harmonic operator.

Aren't all eigenvalues of $T^*T$ non-negative? (Clarification regarding the definition of singular values)

Adjoint of an everywhere defined linear operator must be bounded?

Prove $T$ is normal iff $[T]_{\beta}$ with $\beta$ as an orthonormal basis - proof help

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