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20122026
most citedThere are infinitely many rational Diophantine sextuples

40 citations · 117 across the 23 of their papers we have counts for

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24 papers · 1 filter

math.NT2026

Gross vectors modulo 2 and elliptic curves of prime conductor

Matija Kazalicki, Siniša Slijepčević

Let p > 3 be a prime, and let S_p denote the geometric isomorphism classes of supersingular elliptic curves in characteristic p whose j-invariants lie in F_p. For each negative fun…

math.NT2026

Quartic Rational Diophantine Quadruples and the Euler Surface

Alen Andrašek, Matija Kazalicki, Domagoj Vlah

We prove that there exist infinitely many quartic rational Diophantine quadruples, that is, sets of four pairwise distinct nonzero rational numbers whose pairwise products increase…

math.NT2026

Seven squares from three numbers

Andrej Dujella, Matija Kazalicki, Vinko Petričević

We study triples {a,b,c} of distinct nonzero rational numbers such that a+1,b+1,c+1,ab+1,ac+1,bc+1 and abc+1 are all perfect squares. We prove that there exist infinitely many such…

math.NT2025

Equidistribution of Diophantine pairs among the equivalence classes of quadratic forms

Goran Dražić, Matija Kazalicki, Rudi Mrazović

For a fixed integer n, a pair of nonzero integers {a, c} is called a D(n)-pair if the product ac plus n is a perfect square. In this short note we prove that D(n)-pairs are asympto…

math.NT2025

Improving elliptic curve rank classification using multi-value and learned Mestre-Nagao sums

Zvonimir Bujanović, Matija Kazalicki, Domagoj Vlah

Determining the rank of an elliptic curve E/Q remains a central challenge in number theory. Heuristics such as Mestre--Nagao sums are widely used to estimate ranks, but there is co…

math.NT2024

Murmurations of Mestre-Nagao sums

Zvonimir Bujanović, Matija Kazalicki, Lukas Novak

This paper investigates the detection of the rank of elliptic curves with ranks 0 and 1, employing a heuristic known as the Mestre-Nagao sum \[ S(B) = \frac{1}{\log{B}} \sum_{\subs…