User Vincent

75 votes

4 answers

5k views

What are reasons to believe that e is not a period?

asked Sep 4, 2014 at 2:31

15 votes

2 answers

1k views

What is the relation between spherical principal series representations of a reductive Liegroup and Verma modules for its Lie algebra?

asked Dec 2, 2014 at 2:16

14 votes

3 answers

965 views

Where does the really nice '8-dimensional' description of the $E_7$ root system come from?

asked Apr 3, 2017 at 11:15

12 votes

1 answer

374 views

Unusual digit sets that allow finite expansions for all (positive and negative) integers

asked Dec 24, 2015 at 23:40

6 votes

2 answers

315 views

Is the triple product in a Freudenthal triple system fully symmetric?

asked May 19, 2017 at 21:57

6 votes

1 answer

449 views

Octonion algebras over $\mathbb{F}_p(t)$

asked Oct 11, 2017 at 8:25

5 votes

1 answer

482 views

Intuition behind the growth condition in the result of Griffin, Ono, Rolen and Zagier on Jensen polynomials

asked May 29, 2019 at 21:21

5 votes

0 answers

79 views

Reference request: associative subalgebras of Cayley algebras are at most 4-dimensional

asked Jun 20, 2020 at 21:49

0 votes

1 answer

191 views

How slow can an uncomputable function from $\mathbb{N}$ to $\mathbb{N}$ grow? [closed]

asked Dec 6 at 16:27

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9 Questions

What are reasons to believe that e is not a period?

What is the relation between spherical principal series representations of a reductive Liegroup and Verma modules for its Lie algebra?

Where does the really nice '8-dimensional' description of the $E_7$ root system come from?

Unusual digit sets that allow finite expansions for all (positive and negative) integers

Is the triple product in a Freudenthal triple system fully symmetric?

Octonion algebras over $\mathbb{F}_p(t)$

Intuition behind the growth condition in the result of Griffin, Ono, Rolen and Zagier on Jensen polynomials

Reference request: associative subalgebras of Cayley algebras are at most 4-dimensional

How slow can an uncomputable function from $\mathbb{N}$ to $\mathbb{N}$ grow? [closed]