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(formerly user "unknowngoogle", and for a very short time "red herring" but that was a red herring)
1d

comment 
Continuous relations?
Ok, thank you for the explanations! 
1d

comment 
Continuous relations?
Ok, so in the case of the counting measure you have an underlying (set theoretic) relation $R\subseteq X\times Y$. But what about more general measures? 
2d

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Continuous relations?
Maybe I've missed the point of the definition, but isn't it a notion of "measurable relation between measurable subsets" ($R\subseteq P(X)\times P(Y)$) rather than just a "measuranle relation between elements" ($R\subseteq X\times Y$)? 
2d

comment 
When is a holomorphic submersion with isomorphic fibers locally trivial?
@Andrea: take a nonZariskilocallytrivial (locally isotrivial) projective fibration; then, by FG, it's locally (in the eucliden topology) analytically trivial. Or did you mean an explicit example? 
Aug 23 
asked  Nonlinearly isomorphic nonequivalent $G$representations? 
Aug 23 
comment 
Why is Set, and not Rel, so ubiquitous in mathematics?
2. Could you also give some reference to the literature on this topic (if there is any) 
Aug 23 
comment 
Why is Set, and not Rel, so ubiquitous in mathematics?
1. Why is not the usul notion of composition od reltions enough do define "commutativity" of digrams in Rel? 
Aug 19 
awarded  Notable Question 
Aug 3 
awarded  Necromancer 
Jul 28 
awarded  Popular Question 
Jul 18 
awarded  Favorite Question 
Jul 17 
awarded  Favorite Question 
Jul 2 
awarded  Inquisitive 
Jul 2 
awarded  Curious 
Jun 29 
comment 
Probability over a plane
Ok.. so I'm surely missing something. I would naively think that the probability that a polynomial has a complex root is always $1$ due to the fundamental theorem of algebra... 
Jun 29 
comment 
Probability over a plane
On line 3 you probably mean "real roots" instead of "complex roots"? 
Jun 11 
comment 
Smoothness of fix point components of finite group action on smooth variety
@user52824: thank you! 
Jun 11 
comment 
Smoothness of fix point components of finite group action on smooth variety
@user52824: could you please also give a reference? 
Jun 10 
comment 
Smoothness of fix point components of finite group action on smooth variety
Thank you for the answer! 
Jun 10 
accepted  Smoothness of fix point components of finite group action on smooth variety 