Tensors and group theory The 2019 Stack Overflow Developer Survey Results Are InRotation invariant tensorsTensors = matrices + covariance/contravariance?Square vs non-square tensors?Introductory questions about tensorsDefinition of Tensors Over Complex Numbersdefinition of tensors and its connection to examples of tensorsDifferent approaches of defining tensorsWhat is the most general/abstract way to think about TensorsTensors and matrices multiplicationChecking my Understanding of and Motivation behind Tensors
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Tensors and group theory
The 2019 Stack Overflow Developer Survey Results Are InRotation invariant tensorsTensors = matrices + covariance/contravariance?Square vs non-square tensors?Introductory questions about tensorsDefinition of Tensors Over Complex Numbersdefinition of tensors and its connection to examples of tensorsDifferent approaches of defining tensorsWhat is the most general/abstract way to think about TensorsTensors and matrices multiplicationChecking my Understanding of and Motivation behind Tensors
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How tensors transform under SO(3) , Can we need to pre and post multiply tensor with an SO(3) element and its transposed conjugate ? , is it tensors exist in complex vector space those transform under SU(2) ,if exist how can they transform under SU(2)
group-theory tensors complex-geometry spin-geometry
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add a comment |
$begingroup$
How tensors transform under SO(3) , Can we need to pre and post multiply tensor with an SO(3) element and its transposed conjugate ? , is it tensors exist in complex vector space those transform under SU(2) ,if exist how can they transform under SU(2)
group-theory tensors complex-geometry spin-geometry
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What sort of transformation are you talking about? How a "tensor transforms" depends on the action of $SO(3)$ upon the set of tensors, and you have not indicated this.
$endgroup$
– Paul Sinclair
Mar 24 at 15:30
add a comment |
$begingroup$
How tensors transform under SO(3) , Can we need to pre and post multiply tensor with an SO(3) element and its transposed conjugate ? , is it tensors exist in complex vector space those transform under SU(2) ,if exist how can they transform under SU(2)
group-theory tensors complex-geometry spin-geometry
$endgroup$
How tensors transform under SO(3) , Can we need to pre and post multiply tensor with an SO(3) element and its transposed conjugate ? , is it tensors exist in complex vector space those transform under SU(2) ,if exist how can they transform under SU(2)
group-theory tensors complex-geometry spin-geometry
group-theory tensors complex-geometry spin-geometry
asked Mar 24 at 6:11
Robin RajRobin Raj
1
1
$begingroup$
What sort of transformation are you talking about? How a "tensor transforms" depends on the action of $SO(3)$ upon the set of tensors, and you have not indicated this.
$endgroup$
– Paul Sinclair
Mar 24 at 15:30
add a comment |
$begingroup$
What sort of transformation are you talking about? How a "tensor transforms" depends on the action of $SO(3)$ upon the set of tensors, and you have not indicated this.
$endgroup$
– Paul Sinclair
Mar 24 at 15:30
$begingroup$
What sort of transformation are you talking about? How a "tensor transforms" depends on the action of $SO(3)$ upon the set of tensors, and you have not indicated this.
$endgroup$
– Paul Sinclair
Mar 24 at 15:30
$begingroup$
What sort of transformation are you talking about? How a "tensor transforms" depends on the action of $SO(3)$ upon the set of tensors, and you have not indicated this.
$endgroup$
– Paul Sinclair
Mar 24 at 15:30
add a comment |
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$begingroup$
What sort of transformation are you talking about? How a "tensor transforms" depends on the action of $SO(3)$ upon the set of tensors, and you have not indicated this.
$endgroup$
– Paul Sinclair
Mar 24 at 15:30