On sums of seven cubes of almost primes
Koichi Kawada (2005)
Acta Arithmetica
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Koichi Kawada (2005)
Acta Arithmetica
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Glyn Harman (2006)
Acta Arithmetica
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Glyn Harman, Imre Kátai (2008)
Acta Arithmetica
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Robert J. Lemke Oliver (2012)
Acta Arithmetica
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Daniel Alan Goldston, János Pintz, Cem Yalçın Yıldırım (2013)
Acta Arithmetica
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We prove that given any small but fixed η > 0, a positive proportion of all gaps between consecutive primes are smaller than η times the average gap. We show some unconditional and conditional quantitative results in this vein. In the results the dependence on η is given explicitly, providing a new quantitative way, in addition to that of the first paper in this series, of measuring the effect of the knowledge on the level of distribution of primes.
Gustavo Funes, Damian Gulich, Leopoldo Garavaglia, Mario Garavaglia (2008)
Visual Mathematics
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Yingchun Cai, Minggao Lu (2009)
Acta Arithmetica
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Kaisa Matomäki (2009)
Acta Arithmetica
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Dieter Wolke (2005)
Acta Arithmetica
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E. Grosswald (1980)
Journal für die reine und angewandte Mathematik
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Jan Mycielski (1989)
Colloquium Mathematicae
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Yingchun Cai, Minggao Lu (2003)
Acta Arithmetica
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Jörg Brüdern, Koichi Kawada (2011)
Colloquium Mathematicae
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A new method for counting primes in a Beatty sequence is proposed, and it is shown that an asymptotic formula can be obtained for the number of such primes in a short interval.
Deniz A. Kaptan (2016)
Acta Arithmetica
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We implement the Maynard-Tao method of detecting primes in tuples to investigate small gaps between primes in arithmetic progressions, with bounds that are uniform over a range of moduli.
Chaumont, Alain, Müller, Tom (2006)
Journal of Integer Sequences [electronic only]
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Christian Elsholtz (2003)
Acta Arithmetica
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Roger C. Baker, Liangyi Zhao (2016)
Acta Arithmetica
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We study the gaps between primes in Beatty sequences following the methods in the recent breakthrough by Maynard (2015).
Enxun Huang (2023)
Czechoslovak Mathematical Journal
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It is proved that every pair of sufficiently large odd integers can be represented by a pair of equations, each containing two squares of primes, two cubes of primes, two fourth powers of primes and 105 powers of 2.