Examples of using Functional equation in English and their translations into Russian
{-}
-
Official
-
Colloquial
Artin L-functions satisfy a functional equation.
Functional Equations: Exact Solutions at EqWorld: The World of Mathematical Equations. .
Spectral tests for the almost periodicity of the solutions of functional equations.
The Dedekind zeta-function satisfies a functional equation and can be extended by analytic continuation to the whole complex plane.
Similar terminology is used dealing with differential,integral and functional equations.
Functional equations satisfied by integrability objects follow from the сharacteristics of representations of the corresponding quantum groups.
The ratio in the theorem occurs in the functional equation of L-functions.
The term functional equation usually refers to equations that cannot be simply reduced to algebraic equations or differential equations. .
This in turn leads to remarkable functional equations satisfied by fz.
Functional equations on quasigroups general associativity with the same procedure and the various variables, the total Distributivity, loops, medial, and others.
Properties of functions can be determined by considering the types of functional equations they satisfy.
The consequences for the functional equation were worked out by Serre andDeligne in the later 1960s; the functional equation itself has not been proved in general.
One of his conjectures states that these L-functions satisfy a certain functional equation generalizing those of other known L-functions.
Hecke had earlier related Dirichlet L-functions with automorphic forms holomorphic functions on the upper half plane of C that satisfy certain functional equations.
Part of Euler's motivation for studying series related to 1- 2+ 3- 4+… was the functional equation of the eta function,which leads directly to the functional equation of the Riemann zeta function.
Naturally there is a question of coincidence of a number of properties of differential and difference equations(operators)of the second order and the corresponding functional equations(operators) of first order.
Due to its appearance in this volume,the discriminant also appears in the functional equation of the Dedekind zeta function of K, and hence in the analytic class number formula, and the Brauer-Siegel theorem.
The Hasse-Weil conjecture states that the Hasse-Weil zeta function should extend to a meromorphic functionfor all complex s, and should satisfy a functional equation similar to that of the Riemann zeta function.
In particular, while the exact form of the functional equation for Z(s), reflecting in a vertical line in the complex plane, will definitely depend on the'missing' factors, the existence of some such functional equation does not.
Weil conjectured that such zeta-functionsshould be rational functions, should satisfy a form of functional equation, and should have their zeroes in restricted places.
By employing the moment method functional equations arising from the boundary conditions are reduced to systems of homogeneous linear equations(SLE), whose order is equal to where M and N are number of terms in schedules of the fields in subfields specified below.
Also the case of ρ andρ* being equivalent representations is exactly the one in which the functional equation has the same L-function on each side.
The discriminant is one of the most basic invariants of a number field, andoccurs in several important analytic formulas such as the functional equation of the Dedekind zeta function of K, and the analytic class number formula for K. An old theorem of Hermite states that there are only finitely many number fields of bounded discriminant, however determining this quantity is still an open problem, and the subject of current research.
Euler treated these two as special cases of 1- 2n+ 3n- 4n+… for arbitrary n,a line of research extending his work on the Basel problem and leading towards the functional equations of what are now known as the Dirichlet eta function and the Riemann zeta function.
Positional algebra(algebra Belousov)(apparatus for solving functional equations) n-ary and infinitary quasigroup(we laid the foundations of the theory of n-ary quasigroups and infinitary) Algebraic networks and quasigroups(general theory, the conditions of circuit configuration) Combinatorial questions of the theory of quasi-groups(continued quasigroups, orthogonal systems and binary n-ary operations and quasigroups parastrophic orthogonal quasigroups): 1.
One can list characteristics of known examples of L-functions that one would wish to see generalized:location of zeros and poles; functional equation, with respect to some vertical line Re(s) constant; interesting values at integers related to quantities from algebraic K-theory Detailed work has produced a large body of plausible conjectures, for example about the exact type of functional equation that should apply.
Functional difference equation, continuous solution, asymptotic properties, conditions for the existence of continuous solutions.
In the investigation were founded specifications for Dirichlet's series coefficients,wherein this series determine entire function and measure up functional Riman's type equation.
The author of the monograph«The theory of functional spaces and differential equations»(2007) and more than 70 scientific articles.
This concept gives rise to the definition of weak solutions in Sobolev spaces,which are useful for problems of differential equations and in functional analysis.