Examples of using P-adic in English and their translations into Danish
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It was in this book that he developed his great idea of p-adic numbers into a systematic theory.
Hensel 's work on p-adic numbers was to have a major influence on the direction of Hasse's research.
His doctoral dissertation was an outstanding piece of work on p-adic analogues of Baker 's method.
Other major themes of his work were p-adic numbers, p-adic Diophantine approximation, geometry of numbers(a term coined by Minkowski to describe the mathematics of packings and coverings) and measure on polynomials.
At Göttingen Witt joined Helmut Hasse 's seminar on congruence function fields and p-adic numbers.
In these two books he showed the power of applying p-adic methods to he theory of divisibility in algebraic number fields.
The direction of his mathematics was also much influenced by Heinrich Weber and by Hensel 's results on p-adic numbers in 1899.
It was not until 1921 that the full potential of the p-adic numbers was demonstrated by Hasse when he formulated the local-global principle.
Another lecture course, this time given in India,was published as Lectures on some aspects of p-adic analysis in 1963.
During the 1980s Coates's work was concerned with elliptic curves,Iwasawa theory and p-adic L-functions, all work closely related to the direction that would eventually yield the proof of Fermat's Last Theorem.
In 1897 the Weierstrass method of power-series development for algebraic functions led him to the invention of the p-adic numbers.
In October 1920 Hasse discovered the'local-global' principle which shows that a quadratic form that represents 0 non-trivially over the p-adic numbers for each prime p, and over the real numbers, represents 0 non-trivially over the rationals.
Not only is the term p-adic integer due to Hensel but also in Zahlentheorie he uses the description"Fermat's Little Theorem" for the first time: There is a fundamental theorem holding in every finite group, usually called Fermat's Little Theorem because Fermat was the first to have proved a very special part of it.
He showed, at least for quadratic forms, that an equation has a rational solution if andonly if it has a solution in the p-adic numbers for each prime p and a solution in the reals.
At Göttingen Witt joined Helmut Hasse 's seminar on congruence function fields and p-adic numbers. Oswald Teichmüller and Ludwig Schmid were also members of the seminar, and Schmid collaborated with Witt on ideas which would lead to the Witt vector calculus.
He worked on Iwasawa 's theory and wrote a number of articles with Andrew Wiles published around 1977-78 including Kummer's criterion for Hurwitz number,Explicit reciprocity laws and On p-adic L-functions and elliptic units.
In 1897 the Weierstrass method of power-series development for algebraic functions led him to the invention of the p-adic numbers.Hensel was interested in the exact power of a prime which divides the discriminant of an algebraic number field. The p-adic numbers can be regarded as a completion of the rational numbers in a different way from the usual completion which leads to the real numbers. Ullrich writes in.
It might be supposed that Hasse would have followed Hecke to Hamburg but he did not take this route, going to study under Henselat Marburg in 1920. Hensel 's work on p-adic numbers was to have a major influence on the direction of Hasse's research.
The explicit determination of the Plancherel measure for semisimple groups, the determination of the discrete series representations, his results on Eisenstein series and in the theory of automorphic forms, his"philosophy of cusp forms", as he called it, as a guiding principle to have a common view of certain phenomena in the representation theory of reductive groups in a rather broad sense,including not only the real Lie groups, but p-adic groups or groups over adele rings.
This wasn't the only book which published in 1983 for Central extensions, Galois groups, andideal class groups of number fields appeared in the same year as did Gauss sums and p-adic division algebras with Classgroups and Hermitian modules being published in the following year.