Subcategories 2
Related categories 1
Sites 14
Compiled by Noam Elkies.
Lists of results, description of algorithms and tables of numerical data, by István Gaál.
Tables and results on cubic number fields by Daniel A. Mayer.
Tabulated by Eyal Goren using Pari.
Enumeration of the twin primes, and the sum of their reciprocals, to 1.6 × 10^15. An improved estimate is obtained for Brun's constant, B2 = 1.90216 05824 ± 0.00000 00030. Error analysis is presented to support the opinion that the stated error bound represents a 99 % confidence level.
By Thomas Nicely. Counts in decades up to 10^12 then in steps of 10^12 up to 3.10^15, giving 3,310,517,800,844 pairs.
Noam Elkies. Approximate solutions in integers.
A Project Gutenberg etext.
A Project Gutenberg etext.
Tables of the fields with class number at most 23.
Information about the positive integers, with counts of some number-theoretic functions, maintained by Saqib Kadri.
Browsable interfaces to tables and computations on elliptic curves, quadratic forms, and modular forms.
A Project Gutenberg etext.
By Andrew Odlyzko. The first 100,000 to 8 places, the first 1000 to 1000 places.
Noam Elkies. Approximate solutions in integers.
Tables of the fields with class number at most 23.
Tables and results on cubic number fields by Daniel A. Mayer.
Browsable interfaces to tables and computations on elliptic curves, quadratic forms, and modular forms.
Lists of results, description of algorithms and tables of numerical data, by István Gaál.
By Andrew Odlyzko. The first 100,000 to 8 places, the first 1000 to 1000 places.
A Project Gutenberg etext.
Tabulated by Eyal Goren using Pari.
A Project Gutenberg etext.
A Project Gutenberg etext.
By Thomas Nicely. Counts in decades up to 10^12 then in steps of 10^12 up to 3.10^15, giving 3,310,517,800,844 pairs.
Information about the positive integers, with counts of some number-theoretic functions, maintained by Saqib Kadri.
Enumeration of the twin primes, and the sum of their reciprocals, to 1.6 × 10^15. An improved estimate is obtained for Brun's constant, B2 = 1.90216 05824 ± 0.00000 00030. Error analysis is presented to support the opinion that the stated error bound represents a 99 % confidence level.
Compiled by Noam Elkies.
