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1:00 PM
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Q: Optimization problem with inequality constraints

johnny09Suppose we have $\theta=(\theta_1,\ldots,\theta_n)$, with $v_i:\mathbb{R}\times\mathbb{R}\to\mathbb{R}$ being a continuous, differentiable, concave function. Now I want to solve the following maximization problem: $$ \max_{\theta} \sum_{i=1}^{n} v_i(\theta_i,a_i) $$ subject to $$ \theta_i\geq 0,\...

Hey @Shaun
I'd appreciate a lot your input on my question. Is it clear? Do you see any points where I could improve it?
 
 
1 hour later…
2:07 PM
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Q: Is $\zeta_{\Bbb R^n}$ a space of moduli spaces?

UltradarkModuli spaces are spaces of solutions of geometric classification problems. That is, the points of a moduli space correspond to solutions of geometric problems. Moduli spaces can be thought of as giving a universal space of parameters for the problem. Q1: Is $\zeta_{\Bbb R^n}$ a space of modu...

 
2:41 PM
It seems okay to me, @johnny09 +1
 
Thanks so much
 
I don't know enough about the subject matter to comment, @Ultradark; I'm sorry.
 
 
9 hours later…
11:53 PM
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Q: Let $\phi : G\twoheadrightarrow H$. Suppose $W, K$ are conjugate in $H$. Show $\phi^{-1}(W), \phi^{-1}(K)$ are conjugate in $G$.

ShaunIn trying to answer this question on MSE, I got stuck. This taunts me because I think I should be able to do it. The Question: Let $\phi : G\twoheadrightarrow H$ be an epimorphism of groups. Suppose $W$ and $K$ are conjugate in $H$. Show that $\phi^{-1}(W)$ and $\phi^{-1}(K)$ are conjugate i...

Please may I have some constructive feedback on the question above?
 

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