List questions from differential-forms

Published on 27 Mar 2026 - 0:05

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Differential form calculation

Published on 30 Sep 2014 - 18:17

2.4k

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Definition of Lie Derivative of a Differential Form

Published on 25 Mar 2026 - 19:04

151

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Is there a Poincare lemma for codifferential?

Published on 06 Oct 2014 - 9:14

1.2k

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A question on self-dual differential 2-forms

Published on 08 Oct 2014 - 20:18

96

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Pullback of area form of manifold by local chart map

Published on 13 Oct 2014 - 23:22

56

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1-forms and zero simple

Published on 19 Oct 2014 - 23:41

2.9k

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What exactly does "differential forms are coordinate free" mean?

Published on 21 Oct 2014 - 14:29

82

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Is there a way to use this interpretation of differential forms on manifolds?

Published on 23 Oct 2014 - 2:43

324

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A question on wedge product of differential forms

Published on 29 Oct 2014 - 14:18

792

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For a differentiable map $f: \mathbb{R^n}\to \mathbb{R^n}$, Show that $f^*({dy_1 \wedge\cdots \wedge dy_n})=\det(df)dx_1\wedge \cdots\wedge dx_n$

Published on 29 Oct 2014 - 15:28

65

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differentiable curve

Published on 30 Oct 2014 - 2:21

1.2k

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Wedge product = set intersection?

Published on 26 Mar 2026 - 3:09

94

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closed and bounded form

Published on 30 Oct 2014 - 14:00

489

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Relationship between divergence operators defined with respect to two different volume forms.

Published on 25 Mar 2026 - 8:07

List Question

How to derive the standard symplectic form on a 2-sphere in cylindrical polar coordinates?

Differential form calculation

Definition of Lie Derivative of a Differential Form

Is there a Poincare lemma for codifferential?

A question on self-dual differential 2-forms

Pullback of area form of manifold by local chart map

1-forms and zero simple

What exactly does "differential forms are coordinate free" mean?

Is there a way to use this interpretation of differential forms on manifolds?

A question on wedge product of differential forms

For a differentiable map $f: \mathbb{R^n}\to \mathbb{R^n}$, Show that $f^*({dy_1 \wedge\cdots \wedge dy_n})=\det(df)dx_1\wedge \cdots\wedge dx_n$

differentiable curve

Wedge product = set intersection?

closed and bounded form

Relationship between divergence operators defined with respect to two different volume forms.

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