You are not logged in. Your edit will be placed in a queue until it is peer reviewed.
We welcome edits that make the post easier to understand and more valuable for readers. Because community members review edits, please try to make the post substantially better than how you found it, for example, by fixing grammar or adding additional resources and hyperlinks.
-
3$\begingroup$ The tangent bundle is an associated bundle to the frame bundle, so any tensor on the base can be 'lifted' to a function on the frame bundle with values in a representation that is equivariant under the action of the group. I'm pretty sure you can find this point of view in Sternberg's book Lectures on Differential Geometry, amongst others. Probably in Kobayashi-Nomizu I too. $\endgroup$Paul Reynolds– Paul Reynolds2015-03-01 13:22:56 +00:00Commented Mar 1, 2015 at 13:22
-
$\begingroup$ If you have some time, could you give an explicit example of the correspondence between tensors and equivariant functions on the frame bundle? For example for a vector field. I am checking the references that you mentioned but there is nothing too explicit. Thanks Paul. $\endgroup$Bilateral– Bilateral2015-03-01 15:33:58 +00:00Commented Mar 1, 2015 at 15:33
-
$\begingroup$ I guess there is now no need, after Peter's post. $\endgroup$Paul Reynolds– Paul Reynolds2015-03-01 19:09:04 +00:00Commented Mar 1, 2015 at 19:09
Add a comment
|
How to Edit
- Correct minor typos or mistakes
- Clarify meaning without changing it
- Add related resources or links
- Always respect the author’s intent
- Don’t use edits to reply to the author
How to Format
-
create code fences with backticks ` or tildes ~
```
like so
``` -
add language identifier to highlight code
```python
def function(foo):
print(foo)
``` - put returns between paragraphs
- for linebreak add 2 spaces at end
- _italic_ or **bold**
- quote by placing > at start of line
- to make links (use https whenever possible)
<https://example.com>[example](https://example.com)<a href="https://example.com">example</a>
- MathJax equations
$\sin^2 \theta$
How to Tag
A tag is a keyword or label that categorizes your question with other, similar questions. Choose one or more (up to 5) tags that will help answerers to find and interpret your question.
- complete the sentence: my question is about...
- use tags that describe things or concepts that are essential, not incidental to your question
- favor using existing popular tags
- read the descriptions that appear below the tag
If your question is primarily about a topic for which you can't find a tag:
- combine multiple words into single-words with hyphens (e.g. ag.algebraic-geometry), up to a maximum of 35 characters
- creating new tags is a privilege; if you can't yet create a tag you need, then post this question without it, then ask the community to create it for you