Results 71 to 80 of about 370,794 (154)
A problem in non-linear Diophantine approximation [PDF]
In this paper we obtain the Lebesgue and Hausdorff measure results for the set of vectors satisfying infinitely many fully non-linear Diophantine inequalities.
Stephen Harrap +5 more
core +1 more source
On prime powers in linear recurrence sequences. [PDF]
Odjoumani J, Ziegler V.
europepmc +1 more source
Diophantine inequalities for ternary diagonal forms
We discuss small solutions to ternary diagonal inequalities of any degree where all of the variables are assumed to be of size P. We study this problem on average over a one-parameter family of forms and discuss a generalization of work of Bourgain on ...
Schindler, Damaris
core +1 more source
Finding all S-Diophantine quadruples for a fixed set of primes S. [PDF]
Ziegler V.
europepmc +1 more source
On a Quadratic Diophantine Inequality [PDF]
openaire +2 more sources
Additive Diophantine inequalities with mixed powers II
Let \(1\leq k_ 1\leq k_ 2...\leq k_ s\) be integers. The author considers the following, so-called inequality problem for \(k_ 1,...,k_ s:\) is it true, that for every s-tuple of non-zero real numbers \((\lambda_ 1,...,\lambda_ s)\) such that at least one quotient \(\lambda_ i/\lambda_ j\) is irrational, the values assumed by \(\sum^{s}_{i=1}\lambda_ ...
openaire +3 more sources
Mixing Rates of the Geometrical Neutral Lorenz Model. [PDF]
Bruin H, Canales Farías HH.
europepmc +1 more source
Characterizing the sum of two cubes [PDF]
An intrinsic characterization of positive integers which can be represented as the sum or difference of two cubes is given. Every integer has a smallest multiple with is a sum of two cubes and such that the multiple, in the form of an iterated function ...
Kevin A. Broughan, Broughan, Kevin A.
core +1 more source
Bias in the number of steps in the Euclidean algorithm and a conjecture of Ito on Dedekind sums. [PDF]
Minelli P, Sourmelidis A, Technau M.
europepmc +1 more source
for p >= 3 and a square-free integer p(2) - 4. In addition to these, all solutions of some different Diophantine equations such as x(2) - v(2n)xy + y(2) = -(p(2) - 4)u(n)(2), x(2) - v(n)xy + y(2) = -(p(2) - 4), x(2) - v(n)xy + y(2) = 1, x(2) - v(2n)xy ...
Keskin, Refik +3 more
core +1 more source

