International audienceThis paper presents a complete formal verification of a proof that the evaluation of the Riemann zeta function at 3 is irrational, using the Coq proof assistant. This result was first presented by Apéry in 1978, and the proof we have formalized essentially follows the path of his original presentation. The crux of this proof is to establish that some sequences satisfy a common recurrence. We formally prove this result by an a posteriori verification of calculations performed by computer algebra algorithms in a Maple session. The rest of the proof combines arithmetical ingredients and asymptotic analysis, which we conduct by extending the Mathematical Components libraries
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
Since Euler, values of various zeta functions have long attracted a lot of mathematicians. In comput...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
Abstract. This paper describes the formal verification of an irrational-ity proof of ζ(3), the evalu...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
Riemann zeta function represents an important tool in analytical number theory with various applicat...
This thesis presents an upper bound for the irrationality measure of &zeta(3), where &zeta denotes t...
We have used the first 2600 nontrivial zeros γl of the Riemann zeta function calculated with 1000 di...
Many interesting solutions of the so-called Basler problem of evaluating the Riemann zeta function ζ...
We present a new, rather elementary, proof of the irrationality of ζ(3) based on some recent ‘hyperg...
Abstract: A general technique for proving the irrationality of the zeta function constants ΖH2 n + ...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
Since Euler, values of various zeta functions have long attracted a lot of mathematicians. In comput...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
Abstract. This paper describes the formal verification of an irrational-ity proof of ζ(3), the evalu...
International audienceThis paper presents a complete formal verification of a proof that the evaluat...
Riemann zeta function represents an important tool in analytical number theory with various applicat...
This thesis presents an upper bound for the irrationality measure of &zeta(3), where &zeta denotes t...
We have used the first 2600 nontrivial zeros γl of the Riemann zeta function calculated with 1000 di...
Many interesting solutions of the so-called Basler problem of evaluating the Riemann zeta function ζ...
We present a new, rather elementary, proof of the irrationality of ζ(3) based on some recent ‘hyperg...
Abstract: A general technique for proving the irrationality of the zeta function constants ΖH2 n + ...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...
Since Euler, values of various zeta functions have long attracted a lot of mathematicians. In comput...
33 pages, no figures.-- MSC2000 codes: Primary 42C05, 11B37, 11J72, 11M06; Secondary 30B70, 11A55, 1...