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- 15_and_290_theorems abstract "The 15 theorem or Conway–Schneeberger Fifteen Theorem, proved by John H. Conway and W. A. Schneeberger in 1993, states that if a positive definite quadratic form with integer matrix represents all positive integers up to 15, then it represents all positive integers. The proof was complicated, and was never published. Manjul Bhargava found a much simpler proof which was published in 2000.In 2005, Manjul Bhargava and Jonathan P. Hanke announced a proof of Conway's conjecture that a similar theorem holds for integral quadratic forms, with the constant 15 replaced by 290. The proof is to appear in Inventiones Mathematicae.".
- 15_and_290_theorems wikiPageID "5405018".
- 15_and_290_theorems wikiPageLength "5520".
- 15_and_290_theorems wikiPageOutDegree "15".
- 15_and_290_theorems wikiPageRevisionID "657418515".
- 15_and_290_theorems wikiPageWikiLink 15_(number).
- 15_and_290_theorems wikiPageWikiLink 290_(number).
- 15_and_290_theorems wikiPageWikiLink Category:Additive_number_theory.
- 15_and_290_theorems wikiPageWikiLink Category:Quadratic_forms.
- 15_and_290_theorems wikiPageWikiLink Category:Theorems_in_number_theory.
- 15_and_290_theorems wikiPageWikiLink Definite_quadratic_form.
- 15_and_290_theorems wikiPageWikiLink Integer_matrix.
- 15_and_290_theorems wikiPageWikiLink Integral_quadratic_form.
- 15_and_290_theorems wikiPageWikiLink John_H._Conway.
- 15_and_290_theorems wikiPageWikiLink John_Horton_Conway.
- 15_and_290_theorems wikiPageWikiLink Lagranges_four-square_theorem.
- 15_and_290_theorems wikiPageWikiLink Manjul_Bhargava.
- 15_and_290_theorems wikiPageWikiLink Natural_number.
- 15_and_290_theorems wikiPageWikiLink Positive_integer.
- 15_and_290_theorems wikiPageWikiLink Quadratic_form.
- 15_and_290_theorems wikiPageWikiLink Theorem.
- 15_and_290_theorems wikiPageWikiLinkText "15 and 290 theorems".
- 15_and_290_theorems hasPhotoCollection 15_and_290_theorems.
- 15_and_290_theorems wikiPageUsesTemplate Template:OEIS.
- 15_and_290_theorems wikiPageUsesTemplate Template:Reflist.
- 15_and_290_theorems subject Category:Additive_number_theory.
- 15_and_290_theorems subject Category:Quadratic_forms.
- 15_and_290_theorems subject Category:Theorems_in_number_theory.
- 15_and_290_theorems type Theorem.
- 15_and_290_theorems comment "The 15 theorem or Conway–Schneeberger Fifteen Theorem, proved by John H. Conway and W. A. Schneeberger in 1993, states that if a positive definite quadratic form with integer matrix represents all positive integers up to 15, then it represents all positive integers. The proof was complicated, and was never published. Manjul Bhargava found a much simpler proof which was published in 2000.In 2005, Manjul Bhargava and Jonathan P.".
- 15_and_290_theorems label "15 and 290 theorems".
- 15_and_290_theorems sameAs مبرهنتا_15_و_290.
- 15_and_290_theorems sameAs Théorème_des_15.
- 15_and_290_theorems sameAs 15-_en_290-stelling.
- 15_and_290_theorems sameAs m.0dkc4w.
- 15_and_290_theorems sameAs Q780763.
- 15_and_290_theorems sameAs Q780763.
- 15_and_290_theorems sameAs 15-定理.
- 15_and_290_theorems wasDerivedFrom 15_and_290_theorems?oldid=657418515.
- 15_and_290_theorems isPrimaryTopicOf 15_and_290_theorems.