List questions from involutions

Published on 05 Mar 2015 - 12:11

105

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Skew elements generate everything?

Published on 05 Apr 2015 - 18:10

162

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Linear operator differentiation on a torus

Published on 28 Apr 2015 - 20:01

91

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Is $(A-A^{-1})$ skew-symmetric?

Published on 06 May 2015 - 4:40

79

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The (un)boundedness of an involutive operator

Published on 11 Jun 2015 - 1:48

154

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If $f(f(x)) = x $ has at most 1 solution, then so does $f(x) = x$.

Published on 11 Jun 2015 - 11:37

112

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What categorical property do these forgetful functors have in common?

Published on 10 Jul 2015 - 16:34

1k

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How many different functions are there that are equal to their own inverse?

Published on 13 Jul 2015 - 16:48

944

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What do we know about fields possessing an involution?

Published on 28 Jul 2015 - 14:16

313

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Bijective functions between involutions and subset of natural numbers

Published on 23 Sep 2015 - 20:57

192

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Involution and Covering space

Published on 03 Oct 2015 - 7:20

1k

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If $U$ is a unit vector, why is the matrix $UU^\top$ idempotent?

Published on 05 Oct 2015 - 20:28

527

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Normal unit vector

Published on 25 Mar 2026 - 14:15

100

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Lineal functions problem; interpreting $\;{g}^{-1}(x)=g(x)$

Published on 24 Nov 2015 - 18:36

168

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The conjugate of a complex function

Published on 13 Dec 2015 - 13:18

List Question

Number of commuting involutions in Symplectic group

Skew elements generate everything?

Linear operator differentiation on a torus

Is $(A-A^{-1})$ skew-symmetric?

The (un)boundedness of an involutive operator

If $f(f(x)) = x $ has at most 1 solution, then so does $f(x) = x$.

What categorical property do these forgetful functors have in common?

How many different functions are there that are equal to their own inverse?

What do we know about fields possessing an involution?

Bijective functions between involutions and subset of natural numbers

Involution and Covering space

If $U$ is a unit vector, why is the matrix $UU^\top$ idempotent?

Normal unit vector

Lineal functions problem; interpreting $\;{g}^{-1}(x)=g(x)$

The conjugate of a complex function

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