About: Keith Briggs (mathematician)

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Keith Briggs is a mathematician notable for several world-record achievements in the field of computational mathematics: * The most accurate calculation of the Feigenbaum constants, which was published in "A precise calculation of the Feigenbaum constants", Mathematics of Computation, 57, 435–439. * The worst known badly approximable irrational pair ("Some explicit badly approximable pairs", Journal of Number Theory, 103, 71). * The simplest known universal differential equation * The largest number of contributions in the last 5 years to Sloane's On-Line Encyclopedia of Integer Sequences (search for briggs in OEIS). Many of these have involved major computations, such as the number of unlabelled graphs on up to 140 nodes. * The computation of the longest sequences of colossally abund

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rdfs:label	Keith Briggs (mathematician) (en)
rdfs:comment	Keith Briggs is a mathematician notable for several world-record achievements in the field of computational mathematics: * The most accurate calculation of the Feigenbaum constants, which was published in "A precise calculation of the Feigenbaum constants", Mathematics of Computation, 57, 435–439. * The worst known badly approximable irrational pair ("Some explicit badly approximable pairs", Journal of Number Theory, 103, 71). * The simplest known universal differential equation * The largest number of contributions in the last 5 years to Sloane's On-Line Encyclopedia of Integer Sequences (search for briggs in OEIS). Many of these have involved major computations, such as the number of unlabelled graphs on up to 140 nodes. * The computation of the longest sequences of colossally abund (en)
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Wikipage revision ID	1124157853 (xsd:integer)
Link from a Wikipage to another Wikipage	Riemann Hypothesis Universal differential equation Living people Year of birth missing (living people) George Szekeres Erdős number 21st-century English mathematicians Feigenbaum constants Abundant numbers Toponymists On-Line Encyclopedia of Integer Sequences World-record Place-name
Link from a Wikipage to an external page	http://oeis.org/search%3Fq=briggs
sameAs	Keith Briggs (mathematician) Keith Briggs (mathematician) Keith Briggs (mathematician) Keith Briggs (mathematician)
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has abstract	Keith Briggs is a mathematician notable for several world-record achievements in the field of computational mathematics: * The most accurate calculation of the Feigenbaum constants, which was published in "A precise calculation of the Feigenbaum constants", Mathematics of Computation, 57, 435–439. * The worst known badly approximable irrational pair ("Some explicit badly approximable pairs", Journal of Number Theory, 103, 71). * The simplest known universal differential equation * The largest number of contributions in the last 5 years to Sloane's On-Line Encyclopedia of Integer Sequences (search for briggs in OEIS). Many of these have involved major computations, such as the number of unlabelled graphs on up to 140 nodes. * The computation of the longest sequences of colossally abundant and superabundant numbers, and their application to a test of the Riemann Hypothesis (Experimental Mathematics, 15, 251–256). An article about him was in i-squared Magazine, Issue 6 (Winter 2008/9). Briggs has Erdős number equal to two, obtained by his joint authorship of two papers with George Szekeres. One of these papers was the last published by Szekeres before his death, and Szekeres was Erdős' first co-author. He also studies the etymology of place-names, and on Middle English etymology, phonology, and semantics (especially in East Anglia), as evidenced by onomastic data. (en)
gold:hypernym	Mathematician
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is Link from a Wikipage to another Wikipage of	List of University of Adelaide people List of University of Melbourne people Unley High School List of people by Erdős number Basil Briggs Harrow, London Keith Briggs
is Wikipage disambiguates of	Keith Briggs
is foaf:primaryTopic of	wikipedia-en:Keith_Briggs_(mathematician)

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