List questions from p-adic-number-theory

Published on 08 Dec 2023 - 16:14

81

Views

Calculating the gcd of two polynomials in integers using a prime field

Published on 27 Mar 2026 - 16:55

101

Views

Powers of a uniformizer in a totally ramified extension of $\mathbb{Q}_p$

Published on 26 Mar 2026 - 7:59

36

Views

Analog of Mahler's theorem over other non archimedean fields

Published on 23 Feb 2026 - 1:21

107

Views

Valuation of a power series over $\mathbb{Z}_p$

Published on 12 Dec 2023 - 5:36

108

Views

Continuously extending a $p$-adic function to $\Bbb{Q}_p$

Published on 14 Dec 2023 - 2:35

51

Views

How do I divide a $p$-adic number by a non-$p$-adic number?

Published on 14 Dec 2023 - 11:16

45

Views

Intersections of ideals in group rings obtained by extension-of-scalars

Published on 25 Mar 2026 - 22:06

39

Views

Prove: $v_{p}(p^k!) = 1+p+p^2+...+p^{k-1}$

Published on 16 Dec 2023 - 20:49

34

Views

zeros and pole of a product of analytic functions in $p$-adic setting

Published on 29 Mar 2026 - 3:28

103

Views

Can $x\mapsto x+\dfrac{2^{\nu_2(x)}}{3}$ be made differentiable at $0$ in $\Bbb Q_2$?

Published on 20 Dec 2023 - 11:57

72

Views

Is $f$ differentiable over all $\Bbb Z_2$?

Published on 22 Dec 2023 - 19:44

40

Views

P-adic numbers and quotients

Published on 24 Dec 2023 - 11:45

52

Views

Integration over the general linear group over $\mathbb Q_p$

Published on 26 Mar 2026 - 7:57

139

Views

Seeking Help Understanding Specific Terms in 7-adic and 5-adic Euclidean Algorithms

Published on 27 Mar 2026 - 13:46

List Question

Failure to understand Don Zagier equality

Calculating the gcd of two polynomials in integers using a prime field

Powers of a uniformizer in a totally ramified extension of $\mathbb{Q}_p$

Analog of Mahler's theorem over other non archimedean fields

Valuation of a power series over $\mathbb{Z}_p$

Continuously extending a $p$-adic function to $\Bbb{Q}_p$

How do I divide a $p$-adic number by a non-$p$-adic number?

Intersections of ideals in group rings obtained by extension-of-scalars

Prove: $v_{p}(p^k!) = 1+p+p^2+...+p^{k-1}$

zeros and pole of a product of analytic functions in $p$-adic setting

Can $x\mapsto x+\dfrac{2^{\nu_2(x)}}{3}$ be made differentiable at $0$ in $\Bbb Q_2$?

Is $f$ differentiable over all $\Bbb Z_2$?

P-adic numbers and quotients

Integration over the general linear group over $\mathbb Q_p$

Seeking Help Understanding Specific Terms in 7-adic and 5-adic Euclidean Algorithms

Trending Questions

Popular # Hahtags

Popular Questions