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20142026
most citedPrimes in explicit short intervals on RH

7 citations · 21 across the 19 of their papers we have counts for

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9 papers · 1 filter

math.CO2014

On the Spectrum of the Generalised Petersen Graphs

Adrian Dudek

We show that the gap between the two greatest eigenvalues of the generalised Petersen graphs tends to zero as . Moreover, we provide explicit upper b…

math.NT2014

On the Sum of a Prime and a Square-free Number

Adrian Dudek

We prove that every integer greater than two may be written as the sum of a prime and a square-free number.

math.NT2014

An Explicit Result for

Adrian Dudek

We give an explicit upper bound for non-principal Dirichlet -functions on the line . This result can be applied to improve the error in the zero-counting formulae for th…

math.NT2014

Some Notes on Digit Strings in the Primes

Adrian Dudek

Let be a string of decimal digits. We give an explicit upper bound on some prime whose decimal representation contains the string . We also show, as a corollary of t…

math.NT2014★ 1 cited

On Solving a Curious Inequality of Ramanujan

Dave Platt, Adrian Dudek

Ramanujan proved that the inequality holds for all sufficiently large values of . Using an explicit estimate for the error i…

math.NT2014

Almost-Ramanujan Graphs and Prime Gaps

Adrian Dudek

The method of Murty and Cioabă shows how one can use results about gaps between primes to construct families of almost-Ramanujan graphs. In this paper we give a simpler constructio…

math.NT2014★ 1 cited

On the Riemann Hypothesis and the Difference Between Primes

Adrian Dudek

We prove some results concerning the distribution of primes on the Riemann hypothesis. First, we prove the explicit result that there exists a prime in the interval $(x-\frac{4}π \…

math.NT2014

An Explicit Result for Primes Between Cubes

Adrian Dudek

We prove that there is a prime between and for all . Our new tool which we derive is a version of Landau's explicit formula for the Riema…

math.NT2014

An Elementary Proof of an Asymptotic Formula of Ramanujan

Adrian Dudek

We derive the mean square of the divisor function using only elementary techniques.