Integrability of distributions which are invariant under isometry group The 2019 Stack Overflow Developer Survey Results Are InCodimension one foliationDouble of Riemannian manifold.Is measure $m$ invariant under change of metric?Weyl Transformations and Group actionsWhat can be said about the leaves of a regular foliation?The Concept of Isometry under Riemannian Metric's ContextLocal condition on differential form satisfying Frobenius so that the quotient is Hausdorff.$M$ as a totally geodesic submanifold of $TM$Isometry group of a lorentzian metric which preserves a Riemannian metricWhich smoothness properties are preserved under ramified covering maps?
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Integrability of distributions which are invariant under isometry group
The 2019 Stack Overflow Developer Survey Results Are InCodimension one foliationDouble of Riemannian manifold.Is measure $m$ invariant under change of metric?Weyl Transformations and Group actionsWhat can be said about the leaves of a regular foliation?The Concept of Isometry under Riemannian Metric's ContextLocal condition on differential form satisfying Frobenius so that the quotient is Hausdorff.$M$ as a totally geodesic submanifold of $TM$Isometry group of a lorentzian metric which preserves a Riemannian metricWhich smoothness properties are preserved under ramified covering maps?
$begingroup$
Let $(M.g)$ be a Riemannian manifold and $D$ is a distribution on $M$. Assume that $D$ is invariant under the action of the isometry group of $M$.
Under which conditions such $D$ is an integrable distribution?What is an example of a non integrable distribution with this invariant property?
In the case of integrability, under what conditions the leaves of corresponding foliation are totally geodesic?
The motivation comes from the case $mathbbR^n setminus 0$ with the standard metrics. there is only one distribution with this property, which is integrable.
differential-geometry foliations
$endgroup$
add a comment |
$begingroup$
Let $(M.g)$ be a Riemannian manifold and $D$ is a distribution on $M$. Assume that $D$ is invariant under the action of the isometry group of $M$.
Under which conditions such $D$ is an integrable distribution?What is an example of a non integrable distribution with this invariant property?
In the case of integrability, under what conditions the leaves of corresponding foliation are totally geodesic?
The motivation comes from the case $mathbbR^n setminus 0$ with the standard metrics. there is only one distribution with this property, which is integrable.
differential-geometry foliations
$endgroup$
1
$begingroup$
Do you mean to restrict, e.g., to metrics for which the isometry action on $M$ is transitive? Without some restriction, one can construct trivial nonintegrable examples by choosing $g$ with trivial isometry group and choosing any nonintegrable distribution on $M$.
$endgroup$
– Travis
Mar 23 at 18:22
add a comment |
$begingroup$
Let $(M.g)$ be a Riemannian manifold and $D$ is a distribution on $M$. Assume that $D$ is invariant under the action of the isometry group of $M$.
Under which conditions such $D$ is an integrable distribution?What is an example of a non integrable distribution with this invariant property?
In the case of integrability, under what conditions the leaves of corresponding foliation are totally geodesic?
The motivation comes from the case $mathbbR^n setminus 0$ with the standard metrics. there is only one distribution with this property, which is integrable.
differential-geometry foliations
$endgroup$
Let $(M.g)$ be a Riemannian manifold and $D$ is a distribution on $M$. Assume that $D$ is invariant under the action of the isometry group of $M$.
Under which conditions such $D$ is an integrable distribution?What is an example of a non integrable distribution with this invariant property?
In the case of integrability, under what conditions the leaves of corresponding foliation are totally geodesic?
The motivation comes from the case $mathbbR^n setminus 0$ with the standard metrics. there is only one distribution with this property, which is integrable.
differential-geometry foliations
differential-geometry foliations
edited Mar 23 at 12:46
Ali Taghavi
asked Mar 23 at 3:20
![](https://i.stack.imgur.com/0OvZx.jpg?s=32&g=1)
![](https://i.stack.imgur.com/0OvZx.jpg?s=32&g=1)
Ali TaghaviAli Taghavi
263430
263430
1
$begingroup$
Do you mean to restrict, e.g., to metrics for which the isometry action on $M$ is transitive? Without some restriction, one can construct trivial nonintegrable examples by choosing $g$ with trivial isometry group and choosing any nonintegrable distribution on $M$.
$endgroup$
– Travis
Mar 23 at 18:22
add a comment |
1
$begingroup$
Do you mean to restrict, e.g., to metrics for which the isometry action on $M$ is transitive? Without some restriction, one can construct trivial nonintegrable examples by choosing $g$ with trivial isometry group and choosing any nonintegrable distribution on $M$.
$endgroup$
– Travis
Mar 23 at 18:22
1
1
$begingroup$
Do you mean to restrict, e.g., to metrics for which the isometry action on $M$ is transitive? Without some restriction, one can construct trivial nonintegrable examples by choosing $g$ with trivial isometry group and choosing any nonintegrable distribution on $M$.
$endgroup$
– Travis
Mar 23 at 18:22
$begingroup$
Do you mean to restrict, e.g., to metrics for which the isometry action on $M$ is transitive? Without some restriction, one can construct trivial nonintegrable examples by choosing $g$ with trivial isometry group and choosing any nonintegrable distribution on $M$.
$endgroup$
– Travis
Mar 23 at 18:22
add a comment |
0
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$begingroup$
Do you mean to restrict, e.g., to metrics for which the isometry action on $M$ is transitive? Without some restriction, one can construct trivial nonintegrable examples by choosing $g$ with trivial isometry group and choosing any nonintegrable distribution on $M$.
$endgroup$
– Travis
Mar 23 at 18:22