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max_121
  • Member for 4 years
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4 votes
2 answers
119 views

Neukirch Proposition 5.2

3 votes
1 answer
3k views

Tightness of random variables

3 votes
2 answers
113 views

Derivatives of morphisms of linear algebraic groups

2 votes
1 answer
149 views

Is this a Martingale?

2 votes
1 answer
97 views

Hom exact sequence for group representations

2 votes
0 answers
176 views

Group schemes of multiplicative type

2 votes
1 answer
83 views

Group algebra for finitely generated group

2 votes
1 answer
1k views

Big O of binomial coefficient

2 votes
1 answer
1k views

All abelian groups of order $4900$

2 votes
1 answer
449 views

Prime ideals of $k[t^2,t^3]$

2 votes
0 answers
28 views

Classification of binary subgroups of $\text{SL}_2(\mathbb{C})$

1 vote
2 answers
273 views

$fg$ primitive $\to$ $f, g$ primitive

1 vote
1 answer
216 views

k-partite Subgraph

1 vote
0 answers
53 views

Solving an integral for the characteristic function of $xy$

1 vote
1 answer
63 views

Counterexample for approximation by convolution

1 vote
1 answer
196 views

Field extensions isomorphic as fields but not as vector spaces

1 vote
1 answer
43 views

Inequality after multiplying inverse

1 vote
1 answer
115 views

Alternative Definition of convex function

1 vote
1 answer
297 views

Splitting Field of polynomial $x^{12}-1$ over $F_2$

1 vote
1 answer
74 views

Characterisation of Hochschild Cohomology and semi-simple representation

1 vote
1 answer
107 views

Is the kernel of a morphism of finite group schemes finite?

1 vote
0 answers
104 views

Flatness & surjectivity for Group Scheme Morphism

1 vote
1 answer
178 views

Radical of ideals in local ring [closed]

1 vote
1 answer
35 views

Inequality of norm in two cases [closed]

1 vote
1 answer
164 views

Surjective Morphism of sheaves

1 vote
1 answer
37 views

Why does the following identity hold in Minkowski Theory.

1 vote
0 answers
39 views

How does $o_K/\mathscr{p}$ arise from $Z/pZ$.

1 vote
2 answers
116 views

Proof of Proposition 8.2 Neukirch

1 vote
1 answer
142 views

How to calculate a conductor - Neukirch Proposition 8.5

1 vote
0 answers
79 views

Essentially small categories and skeletal categories