Examples of using P-adic in English and their translations into Swedish
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P-adic models in cryptography and cloud computations.
Dynamical systems, p-adic and more general algebraic dynamics.
can therefore be regarded as a p-adic integer.
An example is the additive group of p-adic integers, in which the integers are dense.
Those p-adic numbers for which ai 0 for all i< 0 are also called the p-adic integers.
In mathematics, rigid cohomology is a p-adic cohomology theory introduced by Berthelot 1986.
More generally, Iwasawa theory asks questions about the structure of Galois modules over extensions with Galois group a p-adic Lie group.
Let Qp(1) denote the p-adic cyclotomic character of GK i.e. the Tate module of μ.
we see that 1/3 satisfies the definition of being a p-adic integer in base 5.
We start with the inverse limit of the rings Z/pnZ(see modular arithmetic): a p-adic integer m is then a sequence(an)n≥1 such that an is in Z/pnZ,
expresses a Gauss sum using a product of values of the p-adic gamma function.
For example, consider the p-adic integer corresponding to the natural number 7; as a 2-adic number,
and p-adic integers.
The p in"p-adic" is a variable and may be replaced with a prime(yielding,
Γ is the largest subgroup of the absolute Galois group of F∞ isomorphic to the p-adic integers. γ is a topological generator of Γ Ln is the p-Hilbert class field of Fn.
cohomology relating de Rham cohomology to singular cohomology of complex varieties or étale cohomology of p-adic varieties.
Ralph Greenberg(1994) has generalized the notion of Selmer group to more general p-adic Galois representations and to p-adic variations of motives in the context of Iwasawa theory.
A p-adic representation of GK is a continuous representation ρ: G K→ G L( V){\displaystyle\ rho:G_{K}\rightarrow\mathrm{GL}(V)}
then construct the field of fractions of this ring to get the field of p-adic numbers.
an eigencurve is a rigid analytic curve that parametrizes certain p-adic families of modular forms,
The main conjecture of Iwasawa theory is a deep relationship between p-adic L-functions and ideal class groups of cyclotomic fields,
In mathematics, Hodge-Arakelov theory of elliptic curves is an analogue of classical and p-adic Hodge theory for elliptic curves carried out in the framework of Arakelov theory.
the p-adic cyclotomic character is a group homomorphism χ p: G→ Z p×{\displaystyle\chi_{p}: G\rightarrow\mathbf{Z}_{p}^{\times}} where Zp× is the group of units of the ring of p-adic integers.
about when p-adic representations of Galois groups of number fields can be constructed from representations on étale cohomology groups of a varieties.