View source for Wiki143:Requested articles/Mathematics

{{Short description|List of requested Mathematics articles for Wikipedia}}
{{requested articles subpage header|prepend-text={{shortcut|WP:RA/M}}|additional-text=By convention, Wikipedia article titles '''[[Wikipedia:Article titles#Article title format|are not capitalized]]''' except for the first letter and proper names -- write your request as [[This and such theorem]] instead of [[This And Such Theorem]]. Every request for an article on a mathematical topic must include a reliable source where the the topic is defined, and must specify the place in the source where the topic is defined, particularly when the source is a book.}}

See also: [[User:Mathbot/Most wanted redlinks]], [[Wikipedia:WikiProject Mathematics/List of math draft pages]].

==[[Abstract algebra]]==
* [[AC Method]] -<ref>{{cite web | url=https://txwes.edu/media/twu/content-assets/images/academics/academic-success-center/A-C-Method.pdf | title=A C Method - Texas Wesleyan University }}</ref> <!--2023-05-04-->
* [[Albert–Penico–Taft theorem]] -<ref>{{cite book | page=287 | title=Structure and Representations of Jordan Algebras | volume=39 | series=American Mathematical Society Colloquium Publications| first=Nathan | last=Jacobson | authorlink=Nathan Jacobson | publisher=American Mathematical Society | year=1968 | isbn=0-8218-7472-1 }}</ref>  <!--2014-04-25-->
*[[BC-domain]] - <ref>{{cite book | last=Narkiewicz | first=Władysław | title=Elementary and analytic theory of algebraic numbers | edition=3rd | zbl=1159.11039 | series=Springer Monographs in Mathematics | location=Berlin | publisher=[[Springer-Verlag]] | isbn=3-540-21902-1 | year=2004 | page=254 }}</ref> <!--2014-02-28-->
* [[Capelli polynomial]] -<ref>{{cite book | last=Formanek | first=Edward | title=The polynomial identities and invariants of ''n''×''n'' matrices | zbl=0714.16001 | series=Regional Conference Series in Mathematics | volume=78 | location=Providence, RI | publisher=[[American Mathematical Society]] | year=1991 | isbn=0-8218-0730-7 | page=27 }}</ref> <!--2014-06-27-->
* [[Centroid of a ring]] -<ref>{{cite book | last=Kaplansky | first=Irving | authorlink=Irving Kaplansky | title = Fields and Rings | edition=2nd | zbl=1001.16500 | series=Chicago Lectures in Mathematics | publisher = University Of Chicago Press | year = 1972 | isbn = 0-226-42451-0 | page= }}</ref>  <!--2014-06-20-->
*[[Conic algebra]] (not the algebra of [[conic section]]s)<ref>{{cite journal | last1=Garibaldi | first1=Skip | last2=Petersson | first2=Holger P. | title=Wild Pfister forms over Henselian fields, K-theory, and conic division algebras | zbl=1222.17009 | journal=J. Algebra | volume=327 | pages=386–465 | year=2011 | doi=10.1016/j.jalgebra.2010.07.039 | s2cid=115177472 }}</ref><ref>{{cite journal | last=Loos | first=Ottmar | title=Algebras with scalar involution revisited | zbl=1229.14002 | journal=J. Pure Appl. Algebra | volume=215 | pages=2805–2828 | year=2011 | issue=12 | doi=10.1016/j.jpaa.2011.04.001 }}</ref>
*[[Demailly's conjecture]] (strengthening of [[Chudnovsky's conjecture]] + need to mention Containment Problem, [[Harbourne's conjecture]])
* [[Dimer algebra]] -<ref>{{cite journal | title=Dimer models and cluster categories of Grassmannians | first1=Karin | last1=Baur | first2=Alastair | last2=King | first3=Robert J. | last3=Marsh | journal=Proceedings of the London Mathematical Society | year=2016 | volume=113 | issue=2 | pages=213–260 | doi=10.1112/plms/pdw029 | arxiv=1309.6524  | s2cid=55442266 }}</ref>  <!--2014-04-28-->
*[[Discriminant algebra]] -<ref name=invol128>{{cite book | last1=Knus | first1=Max-Albert | last2=Merkurjev | first2=Alexander | author2-link=Alexander Merkurjev | last3=Rost | first3=Markus | author3-link=Markus Rost | last4=Tignol | first4=Jean-Pierre | title=The book of involutions | others=With a preface by J. Tits | zbl=0955.16001 | series=Colloquium Publications | publisher=[[American Mathematical Society]] | volume=44 | location=Providence, RI | year=1998 | isbn=0-8218-0904-0 | page=128 }}</ref>
*[[Group valuation]] (not the same as [[Valuation group]]) - <!--2013-06-12-->
*[[Haiman's conjectures]] (conjectures on quotient ring by diagonal invariants + conjectures on Kazdhan-Lusztig basis elements of the Hecke algebra)
* [[H-structure]] -<ref name=McC1977>{{cite journal | last=McCrimmon | first=Kevin | title=Axioms for inversion in Jordan algebras | zbl=0421.17013 | journal=J. Algebra | volume=47 | pages=201–222 | year=1977| doi=10.1016/0021-8693(77)90221-6 }}</ref>
*[[Hecke algebra of Bost and Connes]] [http://www.neverendingbooks.org/index.php/the-bost-connes-hecke-algebra.html] - <!--2010-02-25T21:49:58Z-->
*[[Hopf algebra of Feynman diagrams]]
*[[Isotonicity (mathematics)]] (Lattice theory, etc.) - <!--2013-08-05-->
*[[κ-algebra]], [[κ-structure]]
*[[Kronecker function ring]]
*[[Levi's reduction process]] [http://www.google.com/?gws_rd=ssl#q=%22Levi%27s+reduction%22+Algebra]
* [[Martindale's theorem]] -<ref>{{cite book | last=Racine | first=Michel L. | title=The arithmetics of quadratic Jordan algebras | series=Memoirs of the American Mathematical Society |volume=136 | isbn=978-0-8218-1836-7 | year=1973 | publisher=[[American Mathematical Society]] | zbl=0348.17009 | page=8 }}</ref>  <!--2014-04-25-->
*[[Mixed discriminant]]
*[[Module index]] [http://mathoverflow.net/questions/177363/multiplicativity-of-the-ideal-norm]
*[[Morita context]] - <!--2013-07-04-->
*[[Multiplicative filter]]  <!--2009-12-04T23:28:50Z-->
* [[Nagata–Higman theorem]] -<ref>{{cite book | last=Formanek | first=Edward | title=The polynomial identities and invariants of ''n''×''n'' matrices | zbl=0714.16001 | series=Regional Conference Series in Mathematics | volume=78 | location=Providence, RI | publisher=[[American Mathematical Society]] | year=1991 | isbn=0-8218-0730-7 | page=51 }}</ref>  <!--2014-06-27-->
*[[Oort embedding theorem]]
* [[Onsager algebra]]
* [[Penico series]] -<ref>{{cite book | last=Racine | first=Michel L. | title=The arithmetics of quadratic Jordan algebras | series=Memoirs of the American Mathematical Society |volume=136 | isbn=978-0-8218-1836-7 | year=1973 | publisher=[[American Mathematical Society]] | zbl=0348.17009 | page=2 }}</ref>  <!--2014-04-25-->
* [[Polynomial composition]] -<ref>{{cite book | last=Schinzel | first= Andrzej | authorlink=Andrzej Schinzel | title=Polynomials with special regard to reducibility | zbl=0956.12001 | series=Encyclopedia of Mathematics and Its Applications | volume=77 | location=Cambridge | publisher=[[Cambridge University Press]] | year=2000 | isbn=0-521-66225-7 }}</ref>  <!--2014-06-07-->
*[[Predicative arithmetic]] <!--2006-12-01T22:43:24Z--> - currently a redirect to Impredicativity
*[[Principle of permanence of identities]] - <!--2010-02-13T00:48:09Z-->
*[[Principle of specialization of integral dependence]]
*[[Quasiassociative algebra]]
*[[Quaternionic roots of polynomials]]
*[[Pseudo-orthonormal basis]] – needed to link to from WP, a widely used term, a generalization of but distinct from [[orthonormal basis]] in that it allows an indefinite nondegenerate bilinear form. <!--2014-02-02-->
* [[RC-algebra]] -<ref>{{cite book | last1=Choie | first1=Y. | last2=Diamantis | first2=N. | chapter=Rankin–Cohen brackets on higher-order modular forms | zbl=1207.11052 | editor1-last=Friedberg | editor1-first=Solomon | title=Multiple Dirichlet series, automorphic forms, and analytic number theory. Proceedings of the Bretton Woods workshop on multiple Dirichlet series, Bretton Woods, NH, USA, July 11–14, 2005 | location=Providence, RI | publisher=[[American Mathematical Society]] | isbn=0-8218-3963-2 | series=Proc. Symp. Pure Math. | volume=75 | pages=193–201 | year=2006 }}</ref>  <!--2014-04-20-->
*[[Regular basis]]
*[[Riesz interpolation property]] (interpolation property in an ordered abelian group, mentioned in [[approximately finite dimensional C*-algebra]]; ''weakly unperforated'', a related property with ordered abelian semigroups, is listed below)- <!--2009-04-05T23:31:49Z-->
*[[Ring of constructible functions]]<ref>{{Cite arXiv| eprint=alg-geom/9606004 | last1=McCrory | first1=Clint | last2=Parusinski | first2=Adam | title=Algebraically constructible functions | year=1996 }}</ref>
*[[Ring of divided congruences]]
*[[Ringfield]] (math structure in which div and mul are same operation, should have nice de Moivre complex exponential change in div mul phase?!) <!--2008-10-27T18:02:28Z-->
* [[RL–condition]] for Hopf algebra -<ref>{{cite book | last=Montgomery | first=Susan | authorlink=Susan Montgomery | title=Hopf algebras and their actions on rings. Expanded version of ten lectures given at the CBMS Conference on Hopf algebras and their actions on rings, which took place at DePaul University in Chicago, USA, August 10-14, 1992 | zbl=0793.16029 | series=Regional Conference Series in Mathematics | volume=82 | location=Providence, RI | publisher=American Mathematical Society | year=1993 | isbn=978-0-8218-0738-5| page=164 }}</ref>  <!--2014-07-06-->
*[[Samuel's conjecture]]
*[[semi-tropical algebra]]<ref>{{Cite arXiv|title = Tight spans, Isbell completions and semi-tropical modules|eprint=1302.4370 |date = 2013-02-18|first = Simon|last = Willerton|class=math.CT }}</ref>
*[[Sikorski extension theorem]] - <ref>{{cite book | last1=Jech | first1=Thomas | author1-link=Thomas Jech | title=Set Theory | edition=Third Millennium | publisher=[[Springer-Verlag]] | location=Berlin, New York | series=Springer Monographs in Mathematics | isbn=978-3-540-44085-7 | year=2003 | zbl=1007.03002 | pages=88–89 }}</ref><ref>{{cite book | last=Sikorski | first=Roman | authorlink=Roman Sikorski | title=Boolean algebras | edition=2nd | zbl=0123.01303 | mr=177920 | location=Berlin-Göttingen-Heidelberg-New York | publisher=[[Springer-Verlag]] | year=1964 }}</ref>  <!--2015-05-17-->
*[[Singularity category]]
*[[Skew-symmetric ring]] <!--2008-03-23T12:41:45Z-->
*[[Skolem ring]] <ref>{{cite journal | last=Chabert | first=Jean-Luc | title=Anneaux de Skolem | language=French | zbl=0403.13008 | journal=Arch. Math. | volume=32 | pages=555–568 | year=1979 | doi=10.1007/BF01238541 | s2cid=120142530 }}</ref>  <!--2013-06023-->
* [[Swan module]] <ref>{{cite book | last=Snaith | first=Victor P. | title=Galois module structure | volume=2 | series=Fields Institute monographs | publisher=[[American Mathematical Society]] | year=1994 | isbn=0-8218-7178-1 | page=41 }}<br>{{cite book | last=Taylor | first=Martin | authorlink=Martin J. Taylor | title=Classgroups of group rings | series=LMS Lecture Notes | volume=91 | year=1984 | publisher=[[Cambridge University Press]] | isbn=0-521-27870-8 | page=26 }}</ref>  <!--2014-03-29-->
* [[Syntactic algebra]], [[Syntactic ideal]] <ref>{{cite book | last1=Berstel | first1=Jean | last2=Reutenauer | first2=Christophe | title=Noncommutative rational series with applications | series=Encyclopedia of Mathematics and Its Applications | volume=137 | location=Cambridge | publisher=[[Cambridge University Press]] | year=2011 | isbn=978-0-521-19022-0 | zbl=1250.68007 | page=53 }}</ref>
*[[Taylor–Dix theorem]] (isosceles triangles) <!--2009-07-13T03:43:14Z-->
*[[Weak Cayley table group]]
*[[Weakly injective module]] (maybe redirect?) <!--2009-12-01T01:29:05Z-->
*[[Weakly projective module]]  <!--2009-12-01T01:29:05Z-->
*[[Weakly unperforated]]
* [[Z.P.I. ring]] -<ref>{{cite book | first=Władysław | last=Narkiewicz | title=Elementary and analytic theory of numbers | edition=Second, substantially revised and extended | publisher=[[Springer-Verlag]] | isbn=3-540-51250-0 | year=1990 | zbl=0717.11045 | page=37 }}</ref> <!--2014-02-11-->

==[[Algebraic geometry]]==
* [[adic space]] <ref>{{cite book | mr=2004652| last1=Gabber|first1=Ofer| last2= Ramero|first2= Lorenzo
| title=Almost Ring Theory| series=Lecture Notes in Mathematics|volume= 1800|publisher= [[Springer-Verlag]] |place= Berlin|year= 2003|isbn= 3-540-40594-1|doi=10.1007/b10047 | s2cid=14400790}}<br>[http://www2.math.uni-paderborn.de/fileadmin/Mathematik/People/wedhorn/Lehre/AdicSpaces.pdf Notes by Torsten Wedhorn]</ref> - currently a redirect to Rigid_analytic_space#Other_formulations
*[[Adelic analysis]] (developed by Ivan Fesenko)
*[[Adelic geometry]] (developed by Ivan Fesenko)
*[[ALE surface]]
*[[algebraic variety of general type]] (maybe redirect?)
*[[Batyrev–Borisov mirror construction]] - <!--2010-09-10T04:41:01Z-->
*[[Belyi cuspidalization]] (developed by Shinichi Mochizuki)
*[[Belyi map]], with the sub-kind 'Noncritical Belyi map' (studied by Shinichi Mochizuki)
*[[bunched ring]][https://books.google.com/books?id=wUNruYctDDYC&pg=PA27&lpg=PA27&dq=%22bunched+ring%22&source=bl&ots=WZg8oH_AAA&sig=wVc1qwg3avl5tFeQ6xx5qOhVYa0&hl=en&sa=X&ei=bnZFVYK-MZfbsATkpIGADw&ved=0CB0Q6AEwAA#v=onepage&q=%22bunched%20ring%22&f=false]
*[[Campana–Peternell Conjecture for Fano manifolds]]
*[[Central quadric]] - <!--2008-01-15T16:53:13Z-->
*[[Chow regularity theorem]]
* [[Conical curve]] (note that this is not the same as [[conic section]])
* [[Convergent cohomology]], [[convergent topos]]
* [[Coregular space]] -<ref name=BH13>{{cite arXiv | eprint=1306.4424v1 | title=Coregular spaces and genus one curves | first1=Manjul | last1=Bhargava | first2=Wei | last2=Ho |class=math.AG |year=2013   }}</ref> <!--2014-02-02-->
*[[Debarre–de Jong conjecture]] (needs mention of [[Beheshti–Starr conjecture]] with Langsberb and Tommasi generalization and Canning generalization)
*[[Deligne pairing]]
*[[Drinfeld compactification]]
*[[Equisingular connection]]
*[[F-conjecture]]
* [[Feynman motive]] -<ref name=Marcolli2010>{{cite book | last=Marcolli | first=Matilde | authorlink=Matilde Marcolli | title=Feynman motives | zbl=1192.14001 | publisher=World Scientific | isbn=978-981-4304-48-1 |year=2010 }}</ref>  <!--2014-05-26-->
*[[Formal quantization]]
*[[Futaki invariant]] - currently a redirect to K-stability
*[[Gabber rigidity theorem]]
*[[Galois deformation]] - currently a redirect to Deformation ring
<!--2010-04-01T02:00:07Z-->
* [[Gamma conjectures]]
* [[Gersten's conjecture]] -<ref>{{cite book | last1=Soulé | first1=C. | last2=Abramovich | first2=Dan | last3=Burnol | first3=J.-F. | last4=Kramer | first4=Jürg | others=Joint work with H. Gillet | title=Lectures on Arakelov geometry | series=Cambridge Studies in Advanced Mathematics | volume=33 | location=Cambridge | publisher=[[Cambridge University Press]] | year=1992 | isbn=0-521-47709-3 | zbl=0812.14015 | page=36 }}</ref>
*[[Green–Griffiths–Lang–Vojta conjecture]] (aka Green–Griffiths–Lang, combines [[Lang–Vojta conjecture]] and [[Green–Griffiths conjecture]])
*[[Grothendieck’s anabelian conjectures]]
*[[Hartshorne’s conjecture on complete intersections]]
* [[Hodge-D-conjecture]] (by Bellinson, don't confuse with the millennium problem or with Hodge standard conjecture on algebraic cycles)
*[[Hodge stack]]
*[[Hom-stack]]
*[[Hotta-Kashiwara construction]]
*[[Impose independent conditions]]
*[[Incidence variety]]
*[[Iwahori's theorem]]
*[[Kodaira dimension conjectures]] (non-vanishing, Campana–Peternell, Viehweg, Kebekus-Kovács, Iitaka, Popa superadditivity…)
*[[Kodaira lemma]]
*[[Kontsevich moduli stack]]
*[[Kuga–Satake abelian variety]]
*[[Levi extension theorem]] - <!--2008-09-22T18:53:01Z-->
* [[Landau variety]] -<ref name=Marcolli2010/>  <!--2014-05-26-->
*[[Logarithmic differential operator]]
*[[Luna–Vust theory]] -<ref>{{cite book | last=Timashev | first=Dmitry A. | title=Invariant Theory and Algebraic Transformation Groups 8. Homogeneous spaces and equivariant embeddings | zbl=1237.14057 | series=Encyclopaedia of Mathematical Sciences | volume=138 | location=Berlin | publisher=Springer-Verlag | isbn=978-3-642-18398-0 | year=2011 }}</ref>
*[[MacPherson's local Euler obstruction]]
*[[Möbius sphere]] - also known as an ''M''-sphere
*[[Modularity lifting theorem]]
*[[Mori's bend and break argument]] (cf. [http://hilbertthm90.wordpress.com/2012/09/19/moris-bend-and-break/])
*[[Motivic complex]][http://mathoverflow.net/questions/52430/a-motivic-complex]
*[[Mumford relations]]
*[[NMMP conjectures]] (also mention relation to [[D-euqivalence conjecture]] and [[Dubrovin's conjecture]])
*[[Noether–Lefschetz number]]
*[[Noether's factorization theorem]]
*[[Optimal basis]]  <!--2009-05-31T15:41:32Z-->
*[[Orbifold cohomology]]
*[[Parabolic Higgs bundle]]
*[[Parabolic Trigonometry]]
* [[Positroid variety]] -<ref>{{cite arXiv | title=Positroid Varieties: Juggling and Geometry | first1=Allen | last1=Knutson | first2=Thomas | last2=Lam | first3=David | last3=Speyer | date=15 Nov 2011 | class=math.AG | eprint=1111.3660  }}</ref>  <!--2014-04-28-->
*[[Postulation (algebraic geometry)]]
*[[Purity lemma]] - <!--2010-02-15T00:56:20Z-->
*[[Quantum Schubert calculus]]
*[[Quasiparabolic bundle]], [[Quasiparabolic homomorphism]]
*[[Radiciel morphism]]
*[[Relatively ample invertible sheaf]] - <!--2008-12-01T09:32:34Z-->
*[[Relative quantization]]
*[[Samaksh(Sammy's) Conjecture]]
*[[Semiabelian variety]] (currently a redirect)
*[[Serre's intersection formula]] [http://mathoverflow.net/questions/12236/serre-intersection-formula-and-derived-algebraic-geometry] (redirect is ok)
*[[Serre's invariant]]
*[[Severi bound]]
*[[Shatz stratification]]
*[[Simple algebraic group]] - <!--2008-05-01T15:53:47Z-->
*[[Skoda's theorem on ideal generation]] (perhaps a redirect)
*[[Sommese vanishing theorem]] - (perhaps a Dab page)
*[[Speciality function]] - <!--2013-06-07-->
*[[Tame stack]]
*[[Triangle midsegment theorem]]
*[[Uncertain geometry]] (paper 2008 Simon Jackson commutative representation of Quantum Mechanics?)<!--2008-10-27T17:40:33Z--> - also listed under "Differential geometry and topology" and under "Geometry".
*[[Weak factorization conjecture]]
* [[Welschinger invariant]] -<ref>{{cite journal |arxiv=math/0303145 |doi=10.1007/s00222-005-0445-0 |zbl=1082.14052 |title=Invariants of real symplectic 4-manifolds and lower bounds in real enumerative geometry |date=2005 |last1=Welschinger |first1=Jean-Yves |journal=Inventiones Mathematicae |volume=162 |issue=1 |pages=195–234 |bibcode=2005InMat.162..195W }}</ref><ref>{{cite book | last1=Itenberg | first1=Ilia | last2=Mikhalkin | first2=Grigory | last3=Shustin | first3=Eugenii | title=Tropical algebraic geometry | zbl=1162.14300 | series=Oberwolfach Seminars | volume=35 | location=Basel | publisher=Birkhäuser | isbn=978-3-7643-8309-1 | year=2007 | pages=86–87 }}</ref>  <!--2014-06-23-->

==[[Algorithms]]==
* [[Wolf and Pate correlation]] (capillary tubes)<br/>
* [[L-PLS]] (extends Partial Least Squares regression to 3 connected data blocks)<br/>
* [[OPLS-DA]] (Orthogonal Projections to Latent Structures - Discriminant Analysis) (Partial Least Squares with discrete variables)<br/>

==[[Applied mathematics]]==
* [[econometry of economists]] [https://pantheon.world/profile/occupation/economist] [https://www.media.mit.edu/publications/pantheon-10-a-manually-verified-dataset-of-globally-famous-biographies/]<ref>[https://www.nature.com/articles/s41597-022-01369-4 A cross-verified database of notable people, 3500BC-2018AD] {{ISSN|2052-4463}}</ref>
*[[sociomathematics]] or [[Science of sociomathematics]]:
# Mathematics and Its Applications Nonlinear Stochastic Evolution Problems in Applied Sciences [1 ed.] {{ISBN|978-94-010-4803-3}}
# Researching the Socio-Political Dimensions of Mathematics Education: Issues of Power in Theory and Methodology (Mathematics Education Library) [1 ed.] {{ISBN|9781402079061}}
* [[Analog sum]] (actuarial mathematics)  <!--2007-06-03T07:43:31Z-->
* [[Game theory in cancer research]] -  [[somatic evolution in cancer]]  <!--2012-07-26T11:32:01Z-->
* [[List of applied mathematicians]]  <!--2009-12-08T18:11:13Z-->
* [[List of mathematical biophysicists]]  <!--2009-12-08T18:11:13Z-->
* [[List of mathematical physicists]]  <!--2009-12-08T18:11:13Z-->
* [[Mathematical genomics]] - <!-- 2013-07-03 -->
* [[Nucleotide polymorphism]] (population genetics, is [[Single-nucleotide polymorphism]] sufficient?)  <!--2006-11-12T16:17:37Z-->
* [[Rational mechanics]] - (currently redirects to a Disambiguation neither [[Classical mechanics]] or [[Clifford Truesdell]] mentions the exact phrase) <!--2013/07/23-->
* [[Ultracomplexity]] -  [[higher-dimensional algebra]]  <!--2009-06-24T11:32:01Z-->

==[[Approximation theory]]==
*[[definitions of infinite]]:
# [[Limit (mathematics)]] 
# [[Equilateral_triangle#Circumradius,_inradius,_and_exradii]] 
# [[Perimeter#Circumference_of_a_circle]] 
# [[Pompeiu's theorem]]

==[[Arithmetic geometry]]==
*[[Anderson motive]]  <!--2008-12-14T08:57:01Z-->
*[[Automorphic vector bundle]] - the notion due to Milne?
* [[Capacity pairing]]
*[[Dieudonné–Manin classification]]
* [[Discriminant of an elliptic curve]] <!--2014-03-21-->
* [[Endomotive]] - <ref>{{cite book | editor1-last=Consani | editor1-first=Caterina | editor2-last=Connes | editor2-first=Alain | editor2-link=Alain Connes | title=Noncommutative geometry, arithmetic, and related topics. Proceedings of the 21st meeting of the Japan-U.S. Mathematics Institute (JAMI) held at Johns Hopkins University, Baltimore, MD, USA, March 23–26, 2009 | location=Baltimore, MD | publisher=Johns Hopkins University Press | isbn=978-1-4214-0352-6 | year=2011 | zbl=1245.00040 }}</ref><!--2014-03-20-->
*[[Finiteness theorem of Faltings]]
* [[Frobenius flow]] -<ref>{{cite book | title=The Riemann Hypothesis for function fields | author=Machiel van Frankenhuijsen | series=LMS Student Texts | volume=80 | publisher=Cambridge University Press | year=2014 | isbn=978-1-107-68531-4 }}</ref>  <!--2014-04-11-->
*[[Galois representation associated to a modular form]]  <!--2008-05-21T12:15:11Z-->
*[[Generalized elliptic curve]]  <!--2008-05-05T18:33:42Z-->
* [[Horizontal divisor]]
*[[Shimura–Shintani–Waldspurger correspondence]]
* [[Skolem–Abouzaid theorem]] -<ref>{{cite arXiv | eprint=1406.3233 | title=The Skolem-Abouzaid theorem in the singular case | first=Boris | last=Bartolome | class=math.NT | year=2014 }}</ref>  <!--2014-06-15-->

==[[Books]]==
* [[Ray's Arithmetic]] (Ray’s Arithmetic teaches arithmetic in an orderly fashion, starting with basic mathematical rules and principles and building upon those rules as students progress in their studies) ( [https://www.mottmedia.com/product-page/ray-s-arithmetics-8-volume-set,, Mott Media's Ray's Arithmetics - 8 Volume Set], [https://archive.org/search?query=creator%3A%22Joseph+Ray%22&and%5B%5D=mediatype%3A%22texts%22, Archive.org's Collection of Ray's Arithmetic Series], [http://sections.maa.org/ohio/ohio_masters/ray.html, Biography of Joseph Ray])

==[[Calculus of variations]]==
*[[Deformation theorem]]  <!--2005-11-30T00:05:31Z-->
*[[Geometric theory of regression]]  <!--2007-02-11T12:20:56Z-->

==[[Category theory]]==
*[[Anabelioid]] (defined by Shinichi Mochizuki, 2004 and 2006)
*[[Arrow function]]  <!--2008-12-26T19:51:21Z-->
*[[Atomic topos]]  <!--2005-09-04T22:51:25Z-->
*[[Bartosz Milewski]]
* [[Coamoeba]] -<ref>{{cite book | last=Nisse | first=Mounir | chapter=Complex tropical localization, and coamoebas of complex algebraic hypersurfaces | zbl=1235.14058 | editor1-last=Gurvits | editor1-first=Leonid | title=Randomization, relaxation, and complexity in polynomial equation solving. Banff International Research Station workshop on randomization, relaxation, and complexity, Banff, Ontario, Canada, February 28–March 5, 2010 | location=Providence, RI | publisher=American Mathematical Society | isbn=978-0-8218-5228-6 | series=Contemporary Mathematics | volume=556 | pages=127–144 | year=2011 }}</ref>  <!--2014-08-13-->
*[[Compactly generated category]]
*[[Constructible object]]
*[[Coquasitriangular Hopf algebra]]  <!--2005-09-13T18:09:34Z-->
*[[Cylinder functor]]
*[[Doctrine (category theory)]] (cf. http://ncatlab.org/nlab/show/doctrine)
*[[Double algebroid]] s - [[higher dimensional algebra]] <!--2009-06-24T11:32:01Z-->
*[[Dual functor]] ([[Opposite functor]]) <!--2009-01-03T20:51:55Z-->
*[[Effective epimorphism]]  <!--2009-01-25T11:19:41Z-->
*[[Final coalgebra]] (to be contrasted with  [[initial algebra]] and linked with [[anamorphism]] as initial algebra is linked from [[catamorphism]]) <!--2009-01-31T18:39:18Z-->
*[[Homotopy quantum field theory]]  <!--2009-06-24T11:34:50Z-->
*[[Intertwining operators relations and number]]  <!--2008-03-07T05:57:48Z-->
*[[Lax algebra]] - <!--2008-11-13T22:39:00Z-->
*[[Lax monad]] - <!--2008-11-13T22:39:00Z-->
*[[Linear functor]]
* [[Loop category]]
* [[Mal'cev category]] - <!--2013-05-07-->
*[[Monadic length]]  <!--2006-02-12T05:37:08Z-->
*[[Prefunctor]]  Prefunctor form precategory (https://doi.org/10.1016/S1571-0661(05)80315-9) ,  \mathscr{I}-prefunctor (https://doi.org/10.1007/BFb0097613 p.73) <!--2009-05-15T17:55:15Z-->
*[[Pro-representable functor]] 
* [[Protomodular category]] - <!--2013-05-07-->
*[[Quasi-inverse functor]]  <!--2009-01-11T17:40:59Z-->
*[[Ultracomplexity]] -  [[higher dimensional algebra]] <!--2009-06-24T11:32:01Z-->
*[[Waldhausen localization]]
*[[Yoneda ext]] / [[Yoneda Ext]] / [[Yoneda Ext-algebra]] / [[Yoneda Ext algebra]] (cf. [[Ext-algebra]]) <!--2008-05-05T18:47:59Z-->

==[[Coding theory]]==
*[[Coding lemma]] <!--2004-11-01T01:47:18Z-->
*[[Disguise operation]] <!--2006-01-12T14:32:41Z-->
* [[Fuzzy vault]] - encryption scheme. A well written [https://web.archive.org/web/20180425114800/https://wiki.cse.buffalo.edu/cse545/content/fuzzy-vault wiki page] by Buffalo University already exists with references included.
* [[Scroll code]] - <ref>{{Cite journal | doi = 10.1007/s10623-011-9561-6| title = Scroll codes over curves of higher genus: Reducible and superstable vector bundles| journal = Designs, Codes and Cryptography| volume = 63| issue = 3| pages = 365–377| year = 2011| last1 = Ballico | first1 = E.| s2cid = 27463381}}</ref>

==[[Combinatorics]]==
*[[Bilinear generating function]] <!--2013-03-13-->
*[[Christoffel word]] <!--2012-12-08-->
* [[Core partition]] <!--2021-04-21-->
* [[Entropic discriminant]] -<ref>{{cite journal | last1=Sanyal | first1=Raman | last2=Sturmfels | first2=Bernd | last3=Vinzant | first3=Cynthia | title=The entropic discriminant | zbl=1284.15006| journal=Adv. Math. | volume=244 | pages=678–707 | year=2013 | doi=10.1016/j.aim.2013.05.019 | s2cid=119177866 }}</ref>  <!--2014-03-23-->
*[[Hamming ball]]* 
*[[Gilles Schaeffer]] Mathematician, recipient of [[European Prize in Combinatorics]] 2007, http://www.lix.polytechnique.fr/~schaeffe/index-en.html
*[[Gowers' dichotomy]]
* [[Greedoid language]] -<ref>{{cite book |last1=Björner|first1=Anders|last2=Ziegler|first2=Günter M.|authorlink2=Günter M. Ziegler|authorlink1=Anders Björner|chapter=8. Introduction to greedoids|series=Encyclopedia of Mathematics and its Applications|volume=40|editor-last=White|editor-first=Neil|publisher=Cambridge University Press|location=Cambridge|year=1992|isbn=0-521-38165-7|pages=284–357|doi=10.1017/CBO9780511662041.009 | mr=1165537 | zbl=0772.05026 |title=Matroid Applications}}</ref> <!--2014-02-10-->
*[[Lecture hall partition]], a type of [[integer partition]]
*[[MacMahon squares]]  <!--2010-06-09T12:49:23Z-->
* [[Middle levels conjecture]] Is there a [[Hamiltonian path]] in the graph defined by bitstrings with of length 2n+1 with n or n+1 ones (with an edge between any two vertices for which the corresponding bitstrings differ in exactly one bit)?   ''Note:'' resolved. [https://arxiv.org/abs/1404.4442]
*[[MacNeish's Conjecture]]  [http://www.britannica.com/EBchecked/topic/355236/MacNeishs-conjecture]; <!--2015-04-01-->
* [[Metric Inequality]]<!--2019-07-15-->
*[[Park–Park–Song–Suehiro sequences]] -<ref>{{cite journal | last1=Park | first1=Seong Ill | last2=Park | first2=So Ryoung | last3=Song | first3=Iickho | last4=Suehiro | first4=Naoki | title=Multiple-access interference reduction for QS-CDMA systems with a novel class of polyphase sequences | zbl=1006.94500 | journal=IEEE Trans. Inf. Theory | volume=46 | number=4 | pages=1448–1458 | year=2000 | doi=10.1109/18.850681 }}</ref>
* [[Polynomial Szemerédi theorems]]
* [[Positroid]] -<ref>{{cite arXiv | title=Positroids and non-crossing partitions | first1=Federico | last1=Ardila | first2=Felipe | last2=Rincón | first3=Lauren | last3=Williams | date=15 Sep 2013 | class=math.CO | eprint=1308.2698  }}</ref>  <!--2014-04-28-->
*[[Ray-Chaudhuri–Wilson theorem]] about set intersections
*[[Semimodular function]] <!--2012-12-09-->
*[[Jay Elroy Sulzberger]]
*[[Sylvester's bijection]], an explicit bijection between strict partitions and odd partitions
*[[Terminal series]]  <!--2008-07-09T21:06:31Z-->
*[[Toeplitz word]] <!--2012-12-19-->
*[[Gyration series]] <!--2018-04-02-->

==[[Complex analysis]]==
*[[Artin's theorem on the solutions of analytic equations]]
*[[Bernstein–Walsh lemma]]
*[[Boettcher coordinate]] (currently redirects to [[Boettcher equation]], the correct spelling of the name is Böttcher) <!--2007-04-19T16:06:17Z-->
* [[Equilibrium measure]] - <!--2013-07-22-->
* [[Fatou coordinate]] - see [[wikibooks:Fractals/Iterations_in_the_complex_plane/Fatou_coordinate|Fatou coordinate]]
*[[Formal Newton series]]  <!--2007-06-10T14:17:26Z-->
* [[Fuchsian uniformisation]] -<ref>{{cite book | last=Marcolli | first=Matilde | authorlink=Matilde Marcolli | title=Arithmetic noncommutative geometry | others=With a foreword by Yuri Manin | zbl=1081.58005 | series=University Lecture Series | volume=36 | location=Providence, RI | publisher=[[American Mathematical Society]] | isbn=0-8218-3833-4 | year=2005 | page=83 }}</ref> <!--2014-03-22-->
*[[Hyperbolic components]]  <!--2007-07-23T15:12:44Z-->
*[[Hyperbolicity (complex geometry)]]  (not the same as [[Gromov hyperbolic space]], could be included in [[Kobayashi metric]]) <!--2006-03-23T20:40:35Z-->
*[[Koebe function]] currently a redirect
*[[Kuranishi space]]
* [[(Louis) Brands Formula]]
*[[Neumann operator]]  <!--2008-04-21T11:11:16Z-->
* [[Natural coordinate system]]
*[[Paving lemma]]  <!--2008-03-19T17:19:57Z-->
* [[Polysign numbers]]
* [[Proper mapping theorem]]
* [[Recursive filter (IIR) float accuracy problem]]
*[[Schlicht function]] currently a redirect
* [[Schottky uniformisation]] -<ref>{{cite book | last=Marcolli | first=Matilde | authorlink=Matilde Marcolli | title=Arithmetic noncommutative geometry | others=With a foreword by Yuri Manin | zbl=1081.58005 | series=University Lecture Series | volume=36 | location=Providence, RI | publisher=[[American Mathematical Society]] | isbn=0-8218-3833-4 | year=2005 | page=83 }}</ref> <!--2014-01-27-->
*[[Z plane]] as corresponding to Z transforms as used in control engineering <!--2008-02-18T21:30:45Z-->

==[[Complexity theory]]==
*[[Computational invariant theory]]
*[[Valiant's conjecture]]

==[[Convex analysis]] / [[Optimization (mathematics)|Optimization]]==
*[[Chordal sparsity]]
*[[Constrained conjugate gradient]] / [[Conjugate gradient with barriers]] (how does the barrier effects the conjugate gradient solution) - <!--2005-12-17T14:06:40Z-->
*[[Error surface]] (see, e.g., [http://www.vias.org/encyclopedia/error_surface.html]) - <!--2006-03-30T13:18:33Z-->
*[[Forward backward algorithm (operator splitting)]] (see same reference as for POCS)
*[[Hildreth-d'Esposo algorithm]] - [http://onlinelibrary.wiley.com/doi/10.1002/nav.3800040113/abstract] [https://doi.org/10.1007%2FBF01580851]
*[[Hopscotch method]] - <!--2006-09-25T18:57:51Z-->
*[[Noisy optimization]] - <!--2006-02-05T17:02:32Z-->
*[[Parameter errors in nonlinear regression]] [[Non-linear least squares#Parameter errors, confidence limits, residuals etc.|mentioned here]]
*[[Preference description language]] (see, e.g., [http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.83.3873&rep=rep1&type=pdf] (pdf)) - <!--2010-06-24T21:48:09Z-->
*[[Roman Polyak]] - <!--2008-05-22T12:29:18Z-->
*[[Waterfilling theorem]] - <!--2005-10-19T09:27:45Z-->

==[[Cryptography]]==
*[[Comp128v2]]  <!--2006-03-15T21:45:15Z-->
*[[Hierarchical Hash-Chain Broadcast Encryption Scheme]] - see [http://www.iacr.org/cryptodb/archive/2005/EUROCRYPT/2411/2411.pdf paper] and [http://www.marlin-community.com/develop/downloads/glossary glossary] (further docs available in 'broadband bundle') <!--2010-12-08T10:56:38Z-->
*[[LASH (cryptography)]] see [http://cs.ucsb.edu/~koc/ccs130h/projects/05-shash/saarinen_etal_lash.pdf paper], [https://csrc.nist.gov/csrc/media/events/second-cryptographic-hash-workshop/documents/secondhashwshop_2006_report.pdf NIST 2006 workshop], [https://eprint.iacr.org/2007/430.pdf cryptoanalysis], [https://rump2007.cr.yp.to/12-steinfeld.pdf analysis(2)], [https://www.ma.rhul.ac.uk/static/techrep/2009/RHUL-MA-2009-22.pdf authors PhD. thesis], [https://www.cdc.informatik.tu-darmstadt.de/reports/reports/Sidi_Mohamed_El_yousfi_Alaoui.diplom.pdf (german) Diplomathesis about LASH (see 4.3.2)] <!--2017-09-25T14:47:46Z-->
*[[Multilinear modular hashing]]  <!--2005-09-23T14:37:07Z-->
*[[Online/offline signature]] [http://www.mit.edu/~tauman/online_offline.pdf ] <!--2006-02-17T09:57:08Z-->
*[[Patterson's algorithm]]  <!--2009-01-17T15:13:37Z-->
*[[Post-alien cryptography]] - see [https://datatracker.ietf.org/doc/html/draft-fabbrini-algorithm-post-alien-cryptography-00 IETF internet draft], [https://www.researchgate.net/publication/360813684_FC1_Algorithm_Ushers_In_The_Era_Of_Post-Alien_Cryptography paper], [https://eprint.iacr.org/2022/567 IACR paper], [https://postaliencryptography.org/ website], [https://fabbrini.org/ website].
*[[Pseudo random large bit sequence using XOR feedback]]  <!--2008-02-18T21:32:30Z-->
*[[Range proof]]  <!--2007-08-03T09:39:33Z-->
*[[Ratcheting (cryptography)]] - Disambiguate from [[Ratcheting]]. Redirect from [[Ratcheted encryption]], [[Key ratcheting]], and [[Ratcheted key exchange]]. Wikilink from [[Double Ratchet algorithm]]. See [https://signal.org/blog/advanced-ratcheting/ Signal: Advanced cryptographic ratcheting], [https://crypto.stackexchange.com/questions/39762/what-is-a-ratchet Cryptography Stack Exchange: What is a ratchet?], and [https://eprint.iacr.org/2016/1028.pdf Ratcheted Encryption and Key Exchange: The Security of Messaging].
*[[The Card-Chameleon Cipher]] - see [https://www.ircforumcu.net/ irc forumları][https://web.archive.org/web/20180907024806/https://aarontoponce.org/wiki/card-ciphers/card-chameleon source]
*[[Post-compromise security]] or otherwise known as [[Future secrecy]] (similar to but more advanced than [[Forward secrecy]]), a category of encryption whereby individual messages can not be decrypted even when an attacker breaks a single key - they need to intercept all messages in order to do so. This is apparently a feature of the [[Signal protocol]] and also mentioned in [[Double ratchet algorithm]].
*[[Lightweight cryptography]], or cryptography on [[embedded system]]s. NIST has [https://csrc.nist.gov/projects/lightweight-cryptography a competition] for this.
*[[Ascon (cryptography)]] - [https://ascon.iaik.tugraz.at/ a family of lightweight algorithms] for authenticated encryption and hashing. Went well in the CAESAR competition.

==[[Deformation theory]]==
*[[Avramov's theorem]]
*[[R = T theorem]]

==[[Differential equation]]s==
*[[Calderon's uniqueness theorem]]  <!--2009-01-03T15:02:47Z-->
*[[Carleman estimates]]  <!--2009-01-03T15:02:47Z-->
* [[Complex differential equation]] (ordinary and partial differential equations with [[complex number]]s)
*[[De Giorgi's conjecture]]
*[[Differential Gröbner basis]]  <!--2008-08-21T13:04:58Z-->
*[[Extended linearity principle]]  <!--2007-01-22T19:23:03Z-->
* [[Fuchsian system]] -<ref>*[http://mathworld.wolfram.com/FuchsianSystem.html Fuchsian System -- from Wolfram MathWorld]</ref>
*[[Heaviside transform]]  <!--2009-08-25T05:10:10Z-->
* [[Green current]] -<ref>*{{cite book | last=Soulé | first= C. | title=Lectures on Arakelov geometry | series= Cambridge Studies in Advanced Mathematics | volume= 33 | publisher=Cambridge University Press | year=1992 | isbn= 0-521-41669-8 | mr=1208731 | zbl=0812.14015 | others= with the collaboration of D. Abramovich, J.-F. Burnol and J. Kramer}}</ref> <!--2014-03-22-->
* [[Hypercomplex differential equation]] (ordinary and partial differential equations with quaternions, octionions and other hypercomplex numbers, from hypercomplex analysis)
*[[Involutive form]]  <!--2008-08-20T11:49:06Z-->
*[[Microdifferential operator]]  <!--2008-01-30T07:45:20Z-->
*[[Point symmetries]]  <!--2007-09-27T13:35:52Z-->
*[[Pseudo-differential equation]] (e.g. with p-adic numbers, in a non-Archimedean space, therefore 'ultrametric pseudo-differential equation')
*[[quantum differential equation]]
*[[semi-linear wave equation]],  a generalization of the classical wave equation, e.g., [https://arxiv.org/pdf/math/9201268.pdf]
*[[Singular limit]]  <!--2006-10-25T00:27:41Z-->
*[[Stehfest algorithm for inverse Laplace transform]]  <!--2009-01-18T16:54:02Z-->
* [[Universal limit theorem]] <!--2013/07/20-->


* Please make a page on linearization of ordinary differential equations. More precisely, consider the system    x dot = f(x,u,t)   wherex and u are vectors.  Then it is a standard result used in the theroy of control systems (in engineering disciplines) that it can be linearized as  
x dot = Ax + Bu    where   A = partial f / partial x   and   B = partial  / partial u.
However, in the engineeiring books or web resources no proof is offered for it.  Many textbooks cite the following book [*] as a reference for its proof, but unfortunately I do not have access to it. In the engineering field many researchers will benefit from its proof.

[*] H. Amann. Ordinary Differential Equations: An Introduction to Nonlinear Analysis,
volume 13 of De Gruyter Studies in Mathematics. De Gruyter, Berlin - New York,
1990. {{Unsigned4| 20:12, 11 October 2015‎|151.238.150.222}}
:This is a simple application of the concept of a [[Total derivative]]. Whether there is justification for having a whole article on the specific application you have in mind I am not sure. <small>''The editor who uses the pseudonym''</small> "[[User:JamesBWatson|JamesBWatson]]" ([[User talk:JamesBWatson#top|talk]]) 14:59, 13 October 2015 (UTC)

I have made a draft article on Quasilinearization in response to the request above.  It is awaiting approval at [[Draft:Quasilinearization]].
[[User:Rob.Corless|Rob.Corless]] ([[User talk:Rob.Corless|talk]]) 20:46, 31 March 2022 (UTC)

==[[Differential geometry and topology]]==
*[[Birkhoff curve shortening process]] - <!--2008-10-30T19:03Ë:28Z-->
*[[Cartan–Tits ﬁxed point theorem]]
*[[Casson–Donaldson invariant]]
*[[clean intersection]]
*[[Colding–Minicozzi theorem on embedded minimal surfaces]] [http://krieger.jhu.edu/magazine/spsum07/f3.html] [http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3438569/] [http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1544050/pdf/zpq11106.pdf]
*[[Conjugate locus]] - <!--2007-08-17T17:22:08Z-->
*[[Formality conjecture]]
*[[geometric Satake correspondence]]
*[[Bounded geometry (in the sense of Gromov)]]
*[[Grothendieck lemma]] - <!--2007-02-15T20:27:25Z-->
*[[Groenewold–van Hove's no go theorem]] (maybe redirect)
*[[Hamilton's compactness theorem]] - <!--2009-09-15T00:46:49Z-->
* Hamilton's [[tensor maximum principle]] -
*[[Heat equation proof of the Atiyah–Singer index theorem]]
*[[Hopf problem]] (source: {{arxiv|1708.01068}}).  This is the open problem of whether there is a complex structure on the 6-sphere.
*[[Initial submanifold]]
*[[Lacunary principle]]
*[[Lefschetz decomposition]] - <!--2009-01-03T22:56:34Z-->
*[[Light cone quantization]] - <!--2006-11-13T05:01:15Z-->
*[[Metric measure space]]
*[[Mukai vector]]
*[[Multijet (mathematics)]]
*[[Natural bilinear concomitant]] - <!--2005-12-01T13:04:03Z-->
*[[Newstead–Ramanan conjecture]] - [https://arxiv.org/abs/math/0512486]
*[[Nonlinear connection]] - <!--2007-05-07T19:32:50Z-->
*[[Pfaffian line bundle]]
*[[Partial tangent functor]] - <!--2006-02-01T12:54:09Z-->
*[[Pseudofunction]] and [[partie finie]] (with redirects from [[Hadamard's partie finie]], *[[Hadamard's finite part]]) - <!--2006-05-06T20:04:31Z-->
*[[Pseudospherical surface]] now redirects to [[pseudosphere]] but there are many more pseudo spherical surfaces (of which 2 types are  smooth ones) see https://en.wikipedia.org/wiki/Talk:Pseudosphere#Pseudospherical_surface_redirects_wrongly_to_this_page
*[[Quantum knot]]
*[[quantum tangle]]
*[[Randers manifold]] - <!--2006-11-18T17:51:33Z-->
*[[Reshetikhin–Turaev tangle calculus]]
*[[Ricci's lemma]] - <!--2007-02-15T20:38:22Z-->
*[[Symplectic connection]] - <!--2006-11-18T14:26:19Z-->
*[[Symplectic resolution]]
*[[Tight surface]] (see, for example, [http://www.math.union.edu/~dpvc/papers/RP2/Main.html]) - <!--2006-09-14T20:24:20Z-->
*[[Total surgery obstruction]]
*[[Transvection (geometry)]]
*[[Uncertain geometry]] (paper 2008 Simon Jackson commutative representation of Quantum Mechanics?)<!--2008-10-27T17:40:33Z--> - also listed under "Algebraic geometry" and under "Geometry".
*[[Weyl's theorem on invariants]] (cf. [http://planetmath.org/HilbertWeylTheorem.html])
*[[Whitney forms]] - <!--2007-08-31T15:29:07Z-->

==[[Dynamical systems]]==
*[[Aubry–Mather theory]] - <!--2010-06-18T15:56:38Z-->
*[[Twist maps]] (see, e.g., [http://www.tufts.edu/~bhasselb/thebook.html]; related to [[Aubry–Mather theory]]; classic example is [[Dynamical billiards]], although that page does not contain this perspective)
*[[CARIMA model]] - <!--2007-05-06T19:09:06Z-->
* [[Denef–Loeser zeta function]] or [[topological zeta function]]
*[[Dimension theory of dynamical systems]] - <!--2008-08-20T11:58:11Z-->
* [[Earthquake flow]] -<ref>{{cite journal | last=Mirzakhani | first=Maryam | authorlink=Maryam Mirzakhani | title=Ergodic theory of the earthquake flow | journal=International Mathematics Research Notices | zbl=1189.30087 | year=2008 | doi=10.1093/imrn/rnm116 }}</ref> <!--2014-08-13-->
* [[Hilbert–Arnold problem]] [[:ru:Проблема Гильберта — Арнольда]]
* [[Kolmogorov model]], a more generalised form of the [[Lotka–Volterra equations]] (cited at end of the lead)
*[[Lifshitz sphere]] (reference to [[Casimir effect]] through [[Evgeny Lifshitz]]?)
* [[Nilflow]], e.g., as studied by [[Bill Parry (mathematician)]]
* [[Palis conjecture]] (finitude of attractors)<ref name="BonattiDíaz2006">{{cite book |author1=Christian Bonatti|author2=Lorenzo J. Díaz|author3=Marcelo Viana|title=Dynamics Beyond Uniform Hyperbolicity: A Global Geometric and Probabilistic Perspective|url=https://books.google.com/books?id=FS57Tv3YHwYC&pg=PA9|date=30 March 2006|publisher=Springer Science & Business Media|isbn=978-3-540-26844-4|page=9}}</ref>[https://www.google.com/?gws_rd=ssl#q=Palis+conjecture+finitude+attractors]
* [[Period-doubling monoid]] - currently redirects to [[De Rham curve#Properties]] <!-- 2012-12-09 -->
* [[Pseudo-torus]] -<ref>{{cite book | zbl=0955.00025 | editor1-last=Baake | editor1-first=Michael | editor2-last=Moody | editor2-first=Robert V. | editor2-link=Robert Moody | title=Directions in mathematical quasicrystals | location=Providence, RI | publisher=[[American Mathematical Society]] | series=CRM Monograph Series | volume=13 | year=2000 | isbn=0-8218-2629-8 | page=237 }}</ref>  <!--2014-03-31-->
* [[Topological pressure]] -<ref>{{cite book | title=An Introduction to Ergodic Theory | volume=79 | series=[[Graduate Texts in Mathematics]] | issn=0072-5285 | first=Peter | last=Walters | chapter=Topological Pressure and Its Relationship with Invariant Measures | publisher=[[Springer-Verlag]] | year=2000 | isbn=0-387-95152-0 | page=207 | doi=10.1007/978-1-4612-5775-2_10 | doi-broken-date=2024-11-02 }}</ref>
*[[Wiener's ergodic theorem]] (ergodic theorems for <math>\mathbb{Z}^d</math> actions; see [http://dx.doi.org/10.1215/S0012-7094-39-00501-6]) - <!--2008-09-21T02:33:23Z-->
*[[Zeeman catastrophe machine]] (see, e.g., [http://www.ams.org/featurecolumn/archive/cusp4.html]) <!--2005-10-20T12:29:32Z-->

==[[Elementary arithmetic]]==
* [[1+1(Elementary arithmetic)]]([[:ja:1+1]])
* [[Proportion]], see the page content currently being overshadowed by a redirect, and the talk page for the entry.
* [[Swinging factorial]] [[User:NegativeZ|NegativeZ]] ([[User talk:NegativeZ|talk]]) 03:34, 24 September 2021 (UTC)

==[[Functional analysis]]==
*[[Angelic space]] - <!--2008-06-15T07:55:12Z-->
*[[Bartle–Dunford–Schwartz theorem]] - <!--2010-04-22T11:18:16Z-->
*[[Brown–Douglas–Fillmore theory]] (classification of essentially normal operators by their essential spectrum and Fredholm index; introduces also a K-homology, a homology theory on topological spaces defined using C*-extensions.)
* [[Cayley–Neumann transformation]] -<ref name=AII83/>  <!--2014-03-28-->
*[[Choi–Effros lifting theorem]] (stating that a *-homomorphism, from a C*-algebra into a quotient has a completely positive lift if the *-homomorhism is nuclear, in particular when the C*-algebra is nuclear.)
*[[Choi–Effros theorem for operator systems]] (abstract characterization of operator systems, plays the same role as the GNS theorem for C*-algebras.)
*[[Codistribution]] - <!--2005-04-14T08:09:38Z-->
*[[Collectively compact linear operators]]  <!--2009-02-10T20:11:40Z-->
*[[Complete convergence]] - <!--2008-12-18T18:46:54Z-->
*[[Convenient analysis]] - <!--2005-07-15T21:54:07Z-->
*[[Finite representability]] - <!--2008-06-13T06:52:35Z-->
*[[Fundamental period]] - <!--2006-10-11T23:11:52Z-->
*[[Fragmentability]] - <!--2008-06-15T08:29:12Z-->
*[[Hermite–Gaussian]] - <!--2010-04-09T15:49:15Z-->
*[[Kac–Takesaki operator]]
*[[Modular operator]] - ([[Modulo operator]])
*[[Nehari's theorem]] - <!--2010-04-08T22:52:54Z-->
*[[Nekrasov's integral equation]] describes surface waves and is named for [[Aleksandr Nekrasov]].  See, for example, Kuznetsov's article on John Wehausen [http://www.ams.org/notices/201510/rnoti-p1208.pdf] or this issue in the Mathematica Journal [http://www.mathematica-journal.com/issue/v9i2/contents/IntegralEquations/IntegralEquations.pdf] or the entry in the EOM [https://www.encyclopediaofmath.org/index.php/Nekrasov_integral_equation].  The Google turns up plenty more articles citing Nekrsov's work.
*[[Nonlinear operator theory]] - <!--2005-11-10T06:05:37Z-->
* [[Potapov–Ginzburg transformation]] -<ref name=AII83>{{cite journal | last1=Azizov | first1=T.Ya. | last2=Iokhvidov | first2=E.I. | last3=Iokhvidov | first3=I.S. | title=On the connection between the Cayley-Neumann and Potapov-Ginzburg transformations | language=Russian | zbl=0567.47031 | journal=Funkts. Anal. | volume=20 | pages=3–8 | year=1983 }}</ref>  <!--2014-03-28-->
*[[Prime Banach space]] - <!--2009-10-24T23:47:39Z-->
*[[Pseudomeasure]] Ref: [https://projecteuclid.org/download/pdf_1/euclid.cmp/1103858329]
*[[Quasi-hyperbolic metric]] -
*[[Quasinuclear operator]] - <!--2008-05-01T15:22:58Z-->
* [[Quaternionic Hilbert space]] - (see, e.g., <ref>{{cite journal |doi=10.2307/1995758|jstor=1995758 |title=Normal Operators on Quaternionic Hilbert Spaces |last1=Viswanath |first1=K. |journal=Transactions of the American Mathematical Society |date=1971 |volume=162 |pages=337–350 }}</ref><ref>{{cite journal|arxiv=1302.2836 |doi=10.3390/axioms6010003 |doi-access=free |title=Discrete Frames on Finite Dimensional Left Quaternion Hilbert Spaces |date=2017 |last1=Khokulan |first1=M. |last2=Thirulogasanthar |first2=K. |last3=Srisatkunarajah |first3=S. |journal=Axioms |volume=6 |page=3 }}</ref>)
*[[Stampacchia theorem]] - <!--2009-07-12T03:25:38Z-->
*[[Super-reflexive space]] (or *[[superreflexive space]]) - <!--2008-06-13T06:52:35Z-->
*[[Symbol filtered algebra]] - <!--2006-10-31T10:12:05Z-->
*[[Tensor product of C*-algebras]]
*[[Uniformly smooth Banach space]] - <!--2009-05-24T19:52:20Z-->
*[[Voiculescu's theorem]] (stating that if the image a representation of a concrete C*-algebra does not contain any compact operators, then, up to unitary equivalence modulo the compacts, it is absorbed by the identity representation as a direct summand.)

==[[Field theory (mathematics)|Field theory]]==
* [[Baer–Krull correspondence]] <!--2013-07-15-->
* [[Brauer field]] -<ref name=Jac96>{{cite book | last=Jacobson | first=Nathan | title=Finite-dimensional division algebras over fields | zbl=0874.16002 | location=Berlin | publisher=[[Springer-Verlag]] | isbn=3-540-57029-2 | year=1996 }}</ref><ref name=Whap57/>
* [[Brauer–Witt theorem]] <!--2013-08-08-->
* [[Dedekind field]] -<ref>{{cite book | last=McCarthy | first=Paul J. | title=Algebraic extensions of fields | edition=Corrected reprint of the 2nd | zbl=0768.12001 | location=New York | publisher=Dover Publications | year=1991 | page=132 }}</ref>  <!--2014-06-20-->
* [[Frobenius field]] -<ref>{{cite book | last1=Fried | first1=Michael D. | last2=Jarden | first2=Moshe | title=Field arithmetic | edition=3rd | series=Ergebnisse der Mathematik und ihrer Grenzgebiete. 3. Folge | volume=11 | publisher=[[Springer-Verlag]] | year=2008 | isbn=978-3-540-77269-9 | zbl=1145.12001 | page=562 }}</ref>  <!--2014-06-21-->
* [[Kaplansky field]] - <ref name=Whap57>{{cite journal | last=Whaples | first=G. | title=Galois cohomology of additive polynomial and ''n''-th power mappings of fields | zbl=0081.26702 | journal=Duke Math. J. | volume=24 | pages=143–150 | year=1957 | issue=2 | doi=10.1215/S0012-7094-57-02420-1 }}</ref>  <!--2014-05-04-->
* [[Kronecker conjugacy]], [[Kronecker class]] -<ref>{{cite book | last1=Fried | first1=Michael D. | last2=Jarden | first2=Moshe | title=Field arithmetic | edition=3rd | series=Ergebnisse der Mathematik und ihrer Grenzgebiete. 3. Folge | volume=11 | publisher=[[Springer-Verlag]] | year=2008 | isbn=978-3-540-77269-9 | zbl=1145.12001  | pages=463–464 }}</ref>
* [[Locality (field)]] <!--2013-07-15-->
* [[Pasch field]] <!--2013-05-27-->
* [[Pólya field]] -<ref>{{cite journal | last=Leriche | first=Amandine | title=Pólya fields, Pólya groups and Pólya extensions: a question of capitulation | zbl=1282.13040 | journal=J. Théor. Nombres Bordx. | volume=23 | pages=235–249 | year=2011 | doi=10.5802/jtnb.758 | url=http://www.numdam.org/articles/10.5802/jtnb.758/ }}</ref>  <!--2014-04-19-->
* [[Pre-Hilbert field]] -<ref>{{cite book | title=Introduction to Quadratic Forms over Fields | volume=67 | series=Graduate Studies in Mathematics | first=Tsit-Yuen | last=Lam | author-link=T. Y. Lam | publisher=[[American Mathematical Society]] | year=2005 | isbn=0-8218-1095-2 | zbl=1068.11023 | mr = 2104929 | page=453 }}</ref>  <!--2014-05-02-->
* [[Quadratic form scheme]] -<ref>{{cite book | title=Introduction to Quadratic Forms over Fields | volume=67 | series=Graduate Studies in Mathematics | first=Tsit-Yuen | last=Lam | author-link=T. Y. Lam | publisher=[[American Mathematical Society]] | year=2005 | isbn=0-8218-1095-2 | zbl=1068.11023 | mr = 2104929 | page=463 }}</ref>  <!--2014-05-02-->
* [[Ramification pairing]] <!--2013-07-19-->
* [[Saturated field]] <!--2007-04-26T17:49:21Z-->

===[[Galois theory]]===
*[[Automorphic Galois representation]]
*[[Class invariant homomorphism]] (due to Waterhouse)
*[[Tate–Nakayama duality]] <!--2013-07-20-->

==[[Game theory]]==
*[[Marketmaking in a Panopticon]] (by Sandler) <!--2007-10-03T10:35:12Z-->
*[[Multi-perturbation Shapley value analysis]] ([[MSA]]) <!--2007-08-03T11:07:04Z-->
* [[Average Cost Threshold Protocol]] (A protocol for the funding of [[Public good|public goods]]) ([http://blog.felixbreuer.net/2013/01/20/average-cost-threshold-protocol.html])
* Timeless decision theory.

==[[Geometry]]==
*[[Line-cube intersection]]
*[[Ammann tilings]]
*[[Anisotropic triangles]]
*[[Antipodal symmetry]]
*[[Apeirogonal dipyramid (apeirogonal prism dual)]]
*[[Arnold's invariants]] (or [[Arnold invariants]]) (J± and St) see https://en.wikipedia.org/wiki/Draft:Arnold_invariants
*[[Bourgain's conjecture]] [https://www.quantamagazine.org/statistics-postdoc-tames-decades-old-geometry-problem-20210301/]
*[[Circle plane]]  <!--2009-03-05T21:35:42Z-->
*[[Construction of conic sections]] 00:31, 17 March 2011 (UTC)
*[[Cut-and-project]] - <!--2013-07-04-->
*[[Decakismyriagon]] (100000-sided polygon)
*[[Diametral circle]]  <!--2005-11-15T07:20:14Z-->
*[[Diametral lens]]  <!--2005-11-15T07:20:14Z-->
*[[Differences between a catenary, parabola, and hyperbola]]  <!--2010-05-14T00:41:00Z-->
*[[Divider dimension]]  <!--2012-12-17T21:42:00Z-->
*[[Euler segment]]
*[[Geometric figures]] or [[List of common geometric figures]].  As it is, I can't find the names of some simple figures.  I shouldn't have to go searching and searching in "polygons" and "curvilinear figures" and "three-dimensional figures."  A simple list or table with illustrations and either short descriptions or Wikipedia links would be fine.  I'm not looking for some complicated technically correct dense mathematical discussion, just a way to find out the basics.
*[[Geometric triality]], briefly mentioned at [[triality]] but a different concept
*[[Haruki's lemma]]
*[[Hexad]]
*[[Kotani's Ant Problem]]([[:ja:小谷の蟻の問題]])
*[[Milnor's theorem]] [http://mathworld.wolfram.com/MilnorsTheorem.html] Note: half the theorem is stated at [[Growth rate (group theory)]], I don't think much more is needed apart from adding the other half and maybe a redirect (with a more precise page name then simply "Milnor's theorem). 
*[[Mixed geometry]]
*[[Model set]] (cf [[Harmonious set]])
*[[Nesting polygons]]  <!--2010-04-06T01:38:47Z-->
*[[Noncommutative plane]]  <!--2006-03-10T20:21:37Z-->
*[[Operational mathematics]]  <!--2006-08-24T13:21:38Z-->
*[[Parabolic spandrel]]
*[[Pentacontahenagon]] (51-sided polygon)
*[[Peritrochoid]]  <!--2008-06-18T14:19:04Z-->
* [[Petersen–Schoute theorem]] -<ref>{{cite book |title = Geometry Revisited| author1-link = Harold Scott MacDonald Coxeter | last1=Coxeter | first1=H.S.M. | author2-link=S. L. Greitzer | last2=Greitzer | first2=S.L. | year = 1967| publisher = [[Mathematical Association of America]]| location = [[Washington, D.C.]] | series=[[New Mathematical Library]] | volume=19 | isbn = 978-0-88385-619-2| zbl=0166.16402 | page=100 }}</ref>  <!--2014-06-15-->
*[[Polystix]], Similar to [[Tetrastix]] but for sticks of different cross-sections, such as equilateral triangles (tristix) and regular hexagons (hexastix).<ref>{{cite book |title=The Symmetries of Things| author1-link= John H. Conway | author2-link= Heidi Burgiel |author3-link=  Chaim Goodman-Strauss| last1=Conway| last2=Burgiel |last3= Goodman-Strauss | first1 = John | first2 = Heidi | first3= Chaim | year = 2008 | publisher= [[A K Peters]] | location = Wellesley, Massachusetts | isbn = 978-1-56881-220-5 | mr = 2410150 | chapter= Polystix | page = 346-348}}</ref> I don't own the reference book myself, but from the limited google books preview, I gather that they are related to [[Crystal system | crystalline structures]] and regular [[Sphere packing | spherical packings]] of 3d space. As such it may be better to add a redirect to a page about one of those topics, or to the Tetrastix page, and also add complimentary material there explaining the relationship.
* [[Quasilattice]]
*[[Purser's theorem]] From http://mathworld.wolfram.com/PursersTheorem.html but I don't understand how one chooses those <math>\pm</math> signs. So a bit clearer statement is needed.
*[[Shape grammar theory]]  <!--2006-03-03T10:49:09Z-->
*[[Stevanović's Circle]] http://mathworld.wolfram.com/StevanovicCircle.html
*[[Tripling a square]]
*[[Theory of proportions]]  <!--2008-03-17T12:43:59Z-->
*[[Triangle midsegment conjecture]] (see [http://www.geom.uiuc.edu/~dwiggins/conj20.html], should probably be a redirect) <!--2006-10-18T21:26:18Z-->
*[[Uncertain geometry]] (paper 2008 Simon Jackson commutative representation of Quantum Mechanics?)<!--2008-10-27T17:40:33Z--> - also listed under "Algebraic geometry" and under "Differential geometry and topology".
*[[Weak separation property]] (fractal geometry) <!--2006-07-19T02:22:38Z-->
*[[directed angles]], an extremely useful result in euclidean geometry, simplifying many problems.
*[[Wise's conjecture]], explanation on https://ldtopology.wordpress.com/2012/03/06/wises-conjecture/, in fact there should probably be a page on [[CAT(0) cube complex]]es or at least a section in the page for [[CAT(0) space]], which would include this. 
*[[Geometric manifold]]
*[[Sutured manifold]] (could probably be a redirect to [[Thurston norm]], though the page currently lacks substantial info on the topic and should be edited before such a redirect)

==[[Graph theory]]==
* [[Confusion graph]]<ref>{{cite book | title=Introduction to Combinatorics | volume=78 | series=Discrete Mathematics and Optimization | first=Martin J. | last=Erickson | edition=2 | publisher=John Wiley & Sons | year=2014 | page=134 | isbn=978-1118640210 }}</ref>, also [[Confusability graph]]<ref>{{cite book | title=Advanced Quantum Communications: An Engineering Approach | first1=Sandor | last1=Imre | first2=Laszlo | last2=Gyongyosi | publisher=John Wiley & Sons | year=2012 | isbn=978-1118337431 | page=112 }}</ref>  <!--2014-08-15-->
*[[Connection matrix]]
*[[Dark geometry]]  <!--2006-12-04T15:20:26Z-->
*[[Dynamic segmentation]]  <!--2006-07-17T13:38:48Z-->
*[[Elimination order]]  <!--2006-07-20T21:18:39Z-->
*[[Ellentuck's theorem]]  <!--2006-11-13T14:56:03Z-->
*[[Explosive percolation]]  
*[[Filled graph]]  <!--2006-09-24T02:10:55Z-->
*[[Frerejaque number]]  <!--2006-04-12T14:13:11Z-->
*[[Generalized net]] (extension to [[Petri net]]) <!--2006-02-23T17:54:50Z-->
*[[Implicit and explicit domain and range]]  <!--2007-02-21T00:49:46Z-->
*[[Longest circuit]]  <!--2008-05-31T09:04:41Z-->
*[[Mass-distance relation]]  <!--2007-04-04T09:51:33Z-->
*[[Maximum vertex biclique]]
*[[Midquad]]  <!--2007-01-08T23:50:49Z-->
*[[Minimum broadcast graph]]  <!--2009-05-27T22:09:57Z-->
*[[Minimum semidefinite rank of a graph]]<!--2014-01-05-->
*[[Minimum skew rank of a graph]]<!--2014-01-05-->
*[[Natural equation]]
* [[Plabic graph]] -<ref>{{cite journal | title=Weak separation and plabic graphs | first1=Suho | last1=Oh | first2=Alex | last2=Postnikov | first3=David E | last3=Speyer | journal=Proceedings of the London Mathematical Society | date=20 Sep 2011 | volume=110 | issue=3 | pages=721–754 | doi=10.1112/plms/pdu052 | arxiv=1109.4434 | s2cid=56248427 }}</ref>  <!--2014-04-29-->
*[[Restriction scaffold problem]]  <!--2005-11-16T05:01:21Z-->
*[[Surface class]]  <!--2007-01-10T06:40:39Z-->
* [[Toppling ideal]] -<ref>{{cite journal | last1=Manjunath | first1=Madhusudan | last2=Sturmfels | first2=Bernd | title=Monomials, binomials and Riemann-Roch | zbl=1272.13017 | journal=J. Algebr. Comb. | volume=37 | number=4 | pages=737–756 | year=2013 | doi=10.1007/s10801-012-0386-9 | s2cid=14480700 }}</ref>  <!--2014-05-05-->
*[[Tree measure]] / [[Tree metric]] <!--2007-04-09T08:34:44Z-->
* [[Topological Tutte polynomial]] - <ref>{{cite book | title=Graphs on Surfaces: Dualities, Polynomials, and Knots | series=SpringerBriefs in Mathematics | first1=Joanna A. | last1=Ellis-Monaghan | first2=Iain | last2=Moffatt | publisher=[[Springer-Verlag]] | year=2013 | isbn=978-1461469711 }}</ref>  <!--2014-04-01-->
*[[Uniconnected subgraph]]  <!--2006-09-09T08:06:39Z-->
*[[Welsh–Powell algorithm]]<ref>{{cite journal|arxiv=1410.1972 |doi=10.1209/0295-5075/108/68005 |title=Identifying effective multiple spreaders by coloring complex networks |date=2014 |last1=Zhao |first1=Xiang-Yu |last2=Huang |first2=Bin |last3=Tang |first3=Ming |last4=Zhang |first4=Hai-Feng |last5=Chen |first5=Duan-Bing |journal=Europhysics Letters |volume=108 |issue=6 |bibcode=2014EL....10868005Z }}</ref><!--2010-10-30T04:09:34Z-->

==[[Group theory]]==
*[[Cliquet theory]]  <!--2006-12-18T21:15:36Z-->
*[[Floretion]] (Numbers with digits 1,2,4,7 when written in base 8, equipped with group multiplication [https://oeis.org/search?q=A308496], could also be in Abstract Algebra or Number Theory. For floretions of order 1 (quaternions) or 2, see Mathar, R. [http://www.mpia.de/~mathar/public/mathar20100119.pdf] and [http://www.mrob.com/pub/seq/floretion.html])  <!--2006-04-22T19:53:56Z-->
*[[Garside theory]]  <!--2008-08-20T11:56:48Z-->
* [[Melnikov group]] -<ref>{{cite book | last1=Fried | first1=Michael D. | last2=Jarden | first2=Moshe | title=Field arithmetic | edition=3rd | series=Ergebnisse der Mathematik und ihrer Grenzgebiete. 3. Folge | volume=11 | publisher=[[Springer-Verlag]] | year=2008 | isbn=978-3-540-22811-0 | zbl=1055.12003 | page=613 }}</ref>
*[[Recoupling theory]]  <!--2005-09-06T18:17:23Z-->
* [[Reidemeister–Schreier rewriting process]]
*[[Repeating group]]  <!--2007-02-09T00:30:28Z-->
* [[Schreier basis]], [[Schreier system]] -<ref>{{cite book | last1=Fried | first1=Michael D. | last2=Jarden | first2=Moshe | title=Field arithmetic | edition=3rd | series=Ergebnisse der Mathematik und ihrer Grenzgebiete. 3. Folge | volume=11 | publisher=[[Springer-Verlag]] | year=2008 | isbn=978-3-540-22811-0 | zbl=1055.12003 | page=352 }}</ref>  <!--2014-06-20-->
*[[Singer cycle]]  <!--2006-03-21T18:14:15Z--> (should be in Geometry of field planes)
*[[Uniform pro-p-group]]  <!--2008-10-18T09:14:11Z-->

==[[Harmonic analysis]]==
* [[Harmonic regression analysis]]
* [[Higher-order Fourier analysis]] -<ref name=TaoHOFA>{{cite book | zbl=1277.11010 | last=Tao | first=Terence | authorlink=Terence Tao | title=Higher-order Fourier analysis | series=[[Graduate Studies in Mathematics]] | volume=142 | location=Providence, RI | publisher=[[American Mathematical Society]] | year=2012 | isbn=978-0-8218-8986-2 | url=http://terrytao.wordpress.com/books/higher-order-fourier-analysis/ }}
</ref>  <!--2014-10-01-->
*[[Kunze–Stein operator]]
*[[Local smoothing conjecture]] (the most general one, implies [[Restriction conjecture]])
*[[Parahoric Hecke algebra]]
* [[Polynomial phase]] -<ref name=TaoHOFA92/>  <!--2014-10-02-->
*[[Restriction conjecture]] (implies [[Kakeya conjecture]], implied by [[Bochner–Riesz conjecture]], now a redirect)

==[[History of mathematics]] and other cultural aspects==
*<s>[[Ancient Chinese finger counting]] - [http://www.andysav.free-online.co.uk/multicultural%20China.htm] gives the basic numbering - but how do you do multiplication, division etc.? — <!--2006-12-15T01:10:43Z--></s> 
*[[Calculus reform]] — <!--2007-08-20T08:37:48Z-->
*[[Etymology of mathematical notation]] — <!--2005-12-10T21:56:30Z-->
*[[History of one million]]  <!--2013-07-09T04:14:46Z-->
*[[List of mathematical notation by country]] A table containing each country's standard symbols for math expressions
<!--2007-09-11T18:42:37Z-->
*[[Rigorization of analysis]] , usually referred to in 19th century — <!--2006-03-30T05:30:49Z-->
*[[economics of reason]]

==[[History of mathematics]] Journals==
*[[George Berzsenyi]]
*[[Gaṇita Bhāratī]]
*[[Revista Brasileira de História da Matemática]]

==[[Homological algebra]]==
*[[Action cocycle]] - <!--2013-07-05-->
*[[Dwyer–Kan localization]]
*[[Representation dimension]]
*[[Sweedler cocycle]] - <!--2013-07-05-->

==[[Integrable system]]s==
*[[Donagi–Markman construction]]

==[[K theory]]==
*[[Additive dilogarithm]]  <!--2009-11-24T17:09:09Z-->
*[[Arithmetic K-theory]]
*[[cyclotomic trace]]
*[[Dirac morphism]]
*[[E-theory]] of Higson and Connes, e.g., [http://books.google.com/books?id=GCmN1DQxOP0C&dq=%22E-theory%22&source=gbs_navlinks_s Equivariant E-theory for C*-algebras]
*[[Geometric K-theory]]
*[[Grothendieck period conjecture]]  <!--2009-11-20T16:47:15Z-->
*[[Levine's localisation theorem]]
*[[Motivic fundamental group]]  <!--2009-11-20T16:47:15Z-->
*[[p-adic K-theory]]
*[[Quillen's localization theorem]]
*[[Suslin's rigidity theorem]]
*(equivariant) [[Tamagawa number conjecture]] (currently a redirect)
*[[Tate spectrum]][http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.299.3726&rep=rep1&type=pdf]

==[[Lie group]]s, [[Algebraic group]]s / [[Lie algebra]]s==
*[[12-j symbol]]  <!--2010-05-06T21:46:39Z-->
*[[15-j symbol]]  <!--2007-01-14T22:58:54Z-->
*[[Belavin–Drinfeld classification]]
*[[Borel density theorem]]
*[[Cartan calculus]] [http://planetmath.org/encyclopedia/CartanCalculus.html] (maybe redirect?) - <!--2010-02-25T01:04:07Z-->
*[[Cartan–Iwahori decomposition]] This is the non-archimedian version of the [[Cartan decomposition]] for real Lie groups; probably should be a redirect to this page after the relevant content is added. 
*[[Casimir connection]]
*[[Contact Lie group]]
*[[Deligne groupoid]]
*[[Dynkin's π-system]]
*[[Formality theorem]]
*[[Kac diagram]]
*[[Kazama–Suzuki supercharge operator]]
*[[Klimyk's formula]] - <!--2007-02-21T23:15:11Z-->
*[[Kostant section]]
*[[Kostant–Weierstrass slice]]
*[[Lacing number]]
* [[Lie colour algebra]] -<ref>{{cite book | last=Montgomery | first=Susan | title=Hopf algebras and their actions on rings. Expanded version of ten lectures given at the CBMS Conference on Hopf algebras and their actions on rings, which took place at DePaul University in Chicago, USA, August 10-14, 1992 | zbl=0793.16029 | series=Regional Conference Series in Mathematics | volume=82 | location=Providence, RI | publisher=American Mathematical Society | year=1993 | isbn=978-0-8218-0738-5 | page=207 }}</ref>  <!--2014-07-06-->
*[[Motivic Lie algebra]]
*[[Olshanskii semigroup]]
* [[p-adic Lie group]] (currently a redirect, gets half a sentence) -
*[[Polar representation]] [http://www.sciencedirect.com/science/article/pii/002186938590136X]
*[[Primitive invariant]] - <!--2005-11-13T02:06:44Z-->
* [[Racah-Wigner algebra]] -
* [[Racah's multiplicity formula]] -
*[[Slodowy slice]]
*[[θ-group]]
*[[Uhlenbeck space]]
*[[Wakimoto module]]
*[[z-extension]]

==[[Linear algebra]]==
*[[Anderson–Jury Bezoutian]] [http://ieeexplore.ieee.org/xpls/abs_all.jsp?arnumber=4045714]
*[[Anisotropic group]] [http://eom.springer.de/a/a012530.htm] <!--2009-07-02T11:06:13Z-->
*[[Fast Givens rotation]] - <!--2007-02-11T06:04:23Z-->
* [[Horn's conjecture]] (on Hermitian matrices proved by Tao) -
*[[Hotelling deflation]] - <!--2007-12-18T02:34:57Z-->
*[[Leading 1]] - <!--2007-10-27T17:49:11Z-->
* [[Levitzki's theorem]] (not the same as [[Levitzky's theorem]] or [[Amitsur–Levitzki theorem]] or [[Hopkins–Levitzki theorem]]) -<ref>{{cite book | last=Kaplansky | first=Irving | authorlink=Irving Kaplansky | title = Fields and Rings | edition=2nd | zbl=1001.16500 | series=Chicago Lectures in Mathematics | publisher = University Of Chicago Press | year = 1972 | isbn = 0-226-42451-0 | page=135 }}</ref>  <!--2014-06-20-->
*[[Loewner matrix]] - <!--2009-07-30T23:17:09Z-->
*[[Matrix lumping]] - <!--2006-12-05T15:03:47Z-->
*[[Monotone matrix function]] - <!--2009-07-30T23:19:41Z-->
* [[Nazarova–Roiter algorithm]] -
*[[Point matrix]] - <!--2009-03-18T06:13:48Z-->
*[[Test matrix]] - <!--2006-11-16T22:20:47Z-->
*[[scheduled relaxation Jacobi method]] - [http://www.sciencedaily.com/releases/2014/06/140630124901.htm] 
*[[Kruskal rank]] - <!--2017-08-29T21:02:47Z-->
{{doi|10.1016/j.jcp.2014.06.010}} <!-- 2014-07-01 -->

==[[Mathematical analysis]]==
* [[Bernstein–Walsh theorem]] - <!--2013-07-22-->
*[[Central function]]  <!--2009-08-28T23:44:57Z-->
*[[Exhaustion function]] (in the sense, for example, a Stein manifold admits an plurisubharmonic exhaustion function) - <!--2009-07-03T20:22:20Z-->
* [[Friedrichs' lemma]]
* [[Lagrangian distribution]]
*[[Percent recovery]]  <!--2005-10-18T13:13:34Z-->
* [[Strong–Riesz mean]]
* [[Whittaker–Watson formula]]
* [[Division by infinity]]: [[Indeterminate form]], [[Cantor's Theorem]], [[Well-defined]]
* [[Newton integral]]
* [[Bourbaki integral]]

==[[Mathematics education]]==
* [[Open Middle]] - Open Middle is an educational website for teachers founded by Robert Kaplinsky in 2013. It features "open middle" math problems, which are problems where the method to find the desired answer is up to the student. They are aligned with  Common Core and Depth of Knowledge (DOK) levels 2-3. [https://openmiddle.com][https://books.google.com/books/about/Open_Middle_Math.html?id=6Dq8DwAAQBAJ&source=kp_book_description][https://www.nctm.org/Classroom-Resources/Illuminations/Lessons/Persevering-Through-Problem-Solving-with-Open-Middle_-Order-of-Operations/][https://www.edutopia.org/article/getting-heart-what-students-know-math]
*[[socio-mathematics]] or [[socio mathematics]]<ref>{{cite journal | last=Feldman | first=Jacqueline | title=Condorcet et la mathématique sociale. Enthousiasmes et bémols | trans-title=Condorcet and social mathematics; enthusiastic and yet... | journal=Mathématiques et Sciences Humaines | publisher=OpenEdition | issue=172 | date=2005-12-01 | issn=0987-6936 | doi=10.4000/msh.2955 | language=fr | pages=7–41| doi-access=free }}</ref>
*[[Theory of didactical situations]] - [[ICMI Awards]] - [[Didactic engineering]] - [[Raymond Duval]] <!--2009-04-17T05:10:01Z-->
*[[Quantrell Award]] - “The Quantrell Award is believed to be the nation’s oldest prize for undergraduate teaching. Based on letters of nomination from students, the award is among the most treasured by faculty. Nobel Laureate James Cronin, University Professor in Physics, said he was “bowled over to be receiving this Quantrell prize.” from https://www.uchicago.edu/about/accolades/35/

== Mathematical logic ==
{{requested articles subpage|mathematical logic|/Logic}}

==[[Mathematical physics]]==
*[[Belavin–Knizhnik theorem]], [[Holomorphic anomaly]] -<ref>{{cite book | editor1-last=Deligne | editor1-first=Pierre | editor2-last=Etingof | editor2-first=Pavel | editor3-last=Freed | editor3-first=Daniel S. | editor4-last=Jeffrey | editor4-first=Lisa C. | editor5-last=Kazhdan | editor5-first=David | editor6-last=Morgan | editor6-first=John W. | editor7-last=Morrison | editor7-first=David R. | editor8-last=Witten | editor8-first=Edward | title=Quantum fields and strings: a course for mathematicians. Material from the Special Year on Quantum Field Theory held at the Institute for Advanced Study, Princeton, NJ, 1996–1997  | volume=2 | zbl=0984.00503 | location=Providence, RI | publisher=American Mathematical Society | year=1999 | isbn=0-8218-8621-5 | page=884 }}</ref> <!-- 2011-12-04T19:57:00Z -->
*[[Belavin S-matrix]] -<ref>{{cite journal | last=Belavin | first=A.A. | title=Discrete groups and integrability of quantum systems | zbl=0454.22012 | journal=Funkts. Anal. Prilozh. | volume=14 | number=4 | pages=18–26 | year=1980 }}</ref> <!-- 2011-12-04T19:57:00Z -->
*[[Coleman's Principle]]
*[[Epsilon-expansion]]  <!--2009-11-24T17:24:25Z-->
*[[Chiral integral]]
*[[Kustaanheimo-Stiefel transform]] -<ref>{{cite journal | title=Interpreting the Kustaanheimo-Stiefel transform in gravitational dynamics
 | first=Prasenjit | last=Saha | journal=Monthly Notices of the Royal Astronomical Society  | volume=400 | issue=1 | date=November 2009 | pages=228–231 | doi=10.1111/j.1365-2966.2009.15437.x | doi-access=free | arxiv=0803.4441 | bibcode=2009MNRAS.400..228S | s2cid=15001977 }}</ref> (See: [[Universal variable formulation]])
*[[Lifshitz sphere]]
*[[Sugawara construction]]
*[[STU model]]
*[[Uhlenbeck's weak compactness theorem]]
*[[Arnold web]] [https://www.google.com.br/?gws_rd=ssl#tbm=bks&q=%22Arnold+web%22+resonance]
*[[Johar M. Ashfaque]] [RSS Fellow, MInstP, AMIMA, Data Scientist, Mathematical Physicist]

==[[Mathematicians]]==

Prior to creating an article, any biographical details can be added to:
[[Wikipedia:WikiProject Mathematics/missing mathematicians]].

===A–G===
* [[Mohammed Abouzaid]] [https://breakthroughprize.org/Laureates/3/L3805] [https://www.math.columbia.edu/~abouzaid/]
* <s>[[Gottfried Achemmel]]</s>  <!--2006-05-05T10:29:13Z-->
* [[Takashi Agoh]] ([[Agoh–Giuga conjecture]])
* [[William Kenneth Allard]] [http://www.ams.org/mathscinet/search/author.html?mrauthid=24880]
*[[Gregory Balk]]  <!--2009-06-16T01:29:56Z-->
*[[Antony Bartholomay]]  <!--2009-06-24T11:28:35Z-->
* [[Bonaventure Berloty]]  <!--2008-02-26T01:06:37Z-->
*<s> [[Mitya Boyarchenko]]</s>
* [[Margaret Edward Boyle]] [https://mathshistory.st-andrews.ac.uk/Biographies/Boyle_Margaret/]
* [[Yann Brenier]]
* [[David Burns (mathematician)]] (the mathematician)
* [[Buttimore, Nigel]] Maths-physicists, Professor Emeritus, Fellow Emeritus, Trinity College, University of Dublin, [http://www.maths.tcd.ie/~nhb/ Departmental Homepage] 
* [[Gulbank Don Chakerian]] ([[USA]])
* [[Seok-jeong Choi]] (1646-1715) Korean aristocrat and author of [[Gu-Su-Ryak]]
* [[Louis Crane]]
* [[Xianzhe Dai]] AMS Fellow
* [[Hernandez David]], [[https://de.wikipedia.org/wiki/David_Hernandez_(Mathematiker)]]
* [[Eric Dollard]]
* [[John Duncan (mathematician)]] (the mathematician)
* [[Robert Duncan Edwards]] : [[:de:Robert Duncan Edwards]], [[:pt:Robert Duncan Edwards]]
* [[William N. Everitt]] – [[William Everitt]] – mathematician
* <s>[[Jonathan David Farley]]</s>
* [[Zuming Feng]]
* [[Achim Flammenkamp]] [http://wwwhomes.uni-bielefeld.de/cgi-bin/cgiwrap/achim/index.cgi home page]
* [[Bengt Fornberg]]
* [[J. Franel]] ([[France]] – [[19th century]]–[[20th century]]) ? [[Jérôme Franel]] (1859–1939), Swiss mathematician
* [[Carl August Adolph Gauss]] – grandson of [[Carl Friedrich Gauss]] (1849–1927)
* [[Sergei Gelfand]]
* [[Giuseppe Giuga]] ([[Agoh–Giuga conjecture]], [[Giuga number]])
* [[James F. Glazebrook]]
* [[Rajaram Goundar]]
* [[Georges Gras]]
*<s>[[Benjamin Greenleaf]]</s> (1786-1864) -<ref>{{cite journal | author=Joao Caramalho Domingues | title=The repercussion of José Anastácio da Cunha in Britain and the USA in the nineteenth century | journal=BSHM Bulletin | volume=20 | number=1 | year=2014 | pages=32–50 | doi=10.1080/17498430.2013.802111 | hdl=1822/26424 | s2cid=54220154 }}</ref>    <!--2014-07-05-->
* [[James Grime]]
* [[Allan Wechsler]] – helped [[John Horton Conway]] and [[Richard K. Guy]] to develop one of the systems for naming very large numbers

===H–N===
* [[Denis Hanson]] ([[Bertrand's postulate#Generalizations]])
* [[Lothar Heffter]] already an article on German wikipedia (https://de.wikipedia.org/wiki/Lothar_Heffter)
* [[Ernst Heintze|Heintze, Ernst]]
* [[Melvin Henriksen]]  ([[Pierce–Birkhoff conjecture]], [[Leonard Gillman#Biography]])
* [[T. H. Hildebrandt|Hildebrandt, Theophil Henry (T. H.)]]
* [[Warren M. Hirsch|Hirsch, Warren]] author of the [[Hirsch conjecture]], [[http://www.nyu.edu/about/news-publications/news/2007/07/27/warren_m_hirsch.html NYU obituary]]
* Helmut Hofer, a founder of [[Symplectic geometry|symplectic topology]], [http://www.ias.edu/newsroom/announcements/view/1216821088.html IAS announcement] – he's not this same-named [[Helmut Hofer]]
* [[Seymour Jablon]] (1918–2012), American statistician and key member of the [[Atomic Bomb Casualty Commission|ABCC]]/[[Radiation Effects Research Foundation|RERF]][https://doi.org/10.1667/RR3061.1]
* [[Paul Jaffard|Jaffard, Paul]] <!--2013-06-23-->
* [[Frazer Jarvis|Jarvis, Frazer]]
* [[Gene Katsevich|Katsevich, Gene]]
* [[Donald Kaull|Kaull, Donald]]
* [[Kyle Kelley (mathematician)|Kelley, Kyle]]
* [[Dr. Karl G. Kempf|Kempf, Dr. Karl]]
* [[Myung-hwan Kim|Kim, Myung-hwan]]
* [[Guido Kings|Kings, Guido]]
* [[Alvin Knoer|Knoer, Alvin]]
* [[Max-Albert Knus|Knus, Max-Albert]] (algebraist)
* [[Scott Duke Kominers|Kominers, Scott Duke]]
* [[Herbert Kreyszig|Kreyszig, Herbert]]
* [[Valerie Langberg|Langberg, Valerie]]
* [[Jonathan Lansey|Lansey, Jonathan]]
* [[Tom Legnani|Legnani, Tom]]
* [[Philippe Lehert|Lehert, Philippe]] (Belgian scientist, researcher and Senior Consulting Statistician at the United Nations. Lehert has developed innovative statistical modelling and analysis techniques in the field of epidemiology) (https://findanexpert.unimelb.edu.au/profile/13492-philippe-lehert)
* [[Carl Linderholm|Linderholm, Carl]]
* [[Qing Liu (Mathematician)|Liu, Qing]] (the mathematician)
* [[Paul Lockhart (mathematician)|Lockhart, Paul]] (mathematical educator)
* [[Stefan Mandel|Mandel, Stefan]] Romanian, ran a "lotto syndicate" that bought out the Virginia lottery in the 90s
* [[Mircea M. Marinescu]] - physicist
*[[Mad Mathmos]] (a group at Cambridge University) <!--2006-04-02T21:43:44Z-->
* [[Hideyuki Matsumura|Matsumura, Hideyuki]]
*[[Rafe Mazzeo|Mazzeo, Rafe]] - Mathematician, currently a Department Chair at the Mathematics Department at Stanford University [https://mathematics.stanford.edu/people/rafe-mazzeo]. He obtained his PhD at MIT in 1986 under R.B. Melrose [https://web.stanford.edu/~rmazzeo/cgi-bin/cv/]. His research areas are Differential Geometry, Microlocal Analysis, and Partial Differential Equations [https://mathematics.stanford.edu/people/rafe-mazzeo]. He published over 100 mathematics papers in many prestigious journals [https://web.stanford.edu/~rmazzeo/cgi-bin/publications/], [https://scholar.google.com/citations?user=p3LpUV0AAAAJ&hl=en], including Annals of Mathematics [https://annals.math.princeton.edu/2016/183-1/p03]. His work has been cited over 5000 times [https://scholar.google.com/citations?user=p3LpUV0AAAAJ&hl=en]. He is the founder of the Stanford University Mathematics Camp [https://en.wikipedia.org/wiki/Stanford_University_Mathematics_Camp] This entry was added on the 16th of November, 2020.
* [[Aristotle Michal|Michal, Aristotle]]
* [[Murphy, Timothy G.]] Mathemitican working in the area of Group Representations, Professor Emeritus, Trinity College, University of Dublin [http://www.maths.tcd.ie/people/TimothyMurphy.php Departmental webpage]
* [[Andreea C. Nicoara|Nicoara, Andreea C.]]
* [[Aleksandr Petrovich Norden|Norden, Aleksandr Petrovich]]
* [[Evgeny Mukhin]] (American-Russian mathematician studying high-level algebra, while directing graduate services at IUPUI in Indianapolis Indiana. His works have been cited thousands of times on google scholar. His research has been published in numerous prestigious magazines, and he is internationally recognized, often traveling the world presenting his research.) (https://link.springer.com/article/10.1007/s002200000323, https://www.ams.org/journals/jams/2009-22-04/S0894-0347-09-00640-7/)

===O–Z===
* [[Jong-Shi Pang|Pang, Jong-Shi]] – Prize-winning American mathematician at University of Illinois.
* [[Isaac Papin|Papin, Isaac]] q.v. [[:fr:Isaac Papin]]
* [[Robin Pemantle|Pemantle, Robin]] - Rollo Davidson Prize winner, Professor at UPenn
* [[Revolt Pimenov|Pimenov, Revolt Ivanovich]]
* [[E. G. Poznyak]] (also [[E. G. Pozniak]]) – Soviet mathematician, he wrote many articles on the Soviet Encyclopedia of Mathematics. http://ru.wikipedia.org/wiki/Позняк,_Эдуард_Генрихович
* [[Landon Rabern]] - American mathematician, https://doi.org/10.1016/j.disc.2023.113507
* [[Tilak Raj Prabhakar|Prabhakar, Tilak Raj]]
* [[Xiaochun Rong|Rong, Xiaochun]] -American Mathematical Society Fellow at Rutgers
* [[Caoimhe Rooney|Rooney, Caoimhe]] – mathematician from Belfast, researcher of distant planets, founder of Methematigals for women in STEM, listed in Forbes 30 Under 30 [https://www.belfasttelegraph.co.uk/business/northern-ireland/dr-caoimhe-rooney-belfast-born-nasa-maths-whiz-named-on-forbes-30-under-30-list/41614023.html]
* [[Shuji Saito|Saito, Shuji]]
* [[Kanetomo Sato|Sato, Kanemoto]]
* [[Travis Schedler|Schedler, Travis]]
* [[Agnes Mary Scott]] [https://mathshistory.st-andrews.ac.uk/Biographies/Scott_Agnes/]
* [[Eugenia Sendova|Sendova, Eugenia]]
* [[Ernest Shult|Shult, Ernest]]
*[[Ivan Stephen Sokolnikoff]] (Russian, Ph.D. 1930 [[University of Wisconsin]], ended career teaching at U.C.L.A) <!--2008-09-04T22:46:13Z-->
* [[Lawrence D. Stone|Stone, Lawrence D.]]- Recipient of the 1975 Frederick W. Lanchester Prize (INFORMS)
*[[Eva Marie Strawbridge]]
* [[Tamás Szamuely|Szamuely, Tamás]]
* [[Akio Tamagawa|Tamagawa, Akio]]
* {{ill|Michael Tsfasman|ru|Цфасман, Михаил Анатольевич|de|Michail Anatoljewitsch Zfasman}}, Tsfasman-Vladut-Zink bound, Niederreiter-Rosenbloom-Tsfasman metrics
* [[Garret N. Vanderplaats]] – active in [[Optimization (mathematics)|optimization]], winner of [[Wright Brothers Medal]]
* [[Otmar Venjakob|Venjakob, Otmar]]
* [[Nicholas Vieille|Vieille, Nicholas]] - Recipient of the 2003 Frederick W. Lanchester Prize (INFORMS)
* [[Roger Wiegand|Wiegand, Roger]] (see [[Sylvia Wiegand]])
* [[George Willis (mathematician)|Willis, George]] (see [[Totally disconnected group]])
* [[Walter Wunderlich|Wunderlich, Walter]]
* [[Knut Wittkowski]]
*[[Yuri Yatsenko]]  <!--2006-07-14T13:31:20Z-->
* [[David N. Yetter|Yetter, David N.]] (see [[HOMFLY_polynomial]])
* [[Shelemyahu Zacks|Zacks, Shelemyahu]]
*[[Zygmunt Zahorski]]  <!--2006-09-06T12:49:02Z-->
*[[Yuri Zarhin]]  <!--2008-04-29T07:23:17Z-->
*[[A.A. Zykov]]  Important early figure in graph theory, used a method called Zykov symmetrization to prove Turan's theorem (https://en.wikipedia.org/wiki/Tur%C3%A1n%27s_theorem#Zykov_Symmetrization), already an article on Russian wikipedia (https://ru.wikipedia.org/wiki/%D0%97%D1%8B%D0%BA%D0%BE%D0%B2,_%D0%90%D0%BB%D0%B5%D0%BA%D1%81%D0%B0%D0%BD%D0%B4%D1%80_%D0%90%D0%BB%D0%B5%D0%BA%D1%81%D0%B0%D0%BD%D0%B4%D1%80%D0%BE%D0%B2%D0%B8%D1%87)

==[[Matrices]]==
*[[Centered]] in describing the columns or rows of a matrix <!--2010-09-17T17:28:13Z--> {{Clarification needed|October 2018}} (Is this different from [[Centering matrix]]?)
* [[Contraction equivalence]] -<ref>{{cite book | page=401 | title=Combinatorial Matrix Classes | first=Richard A. | last=Brualdi | volume=108 | series=Encyclopedia of Mathematics and its Applications | issn=0953-4806 | publisher=[[Cambridge University Press]] | year=2006 | isbn=0-521-86565-4 }}</ref> <!--2014-02-05-->
*[[Matrix-matrix transport]] - <!--2009-10-08T04:40:23Z-->
* [[Mixed discriminant]] -<ref>{{cite book | last=Formanek | first=Edward | title=The polynomial identities and invariants of ''n''×''n'' matrices | zbl=0714.16001 | series=Regional Conference Series in Mathematics | volume=78 | location=Providence, RI | publisher=[[American Mathematical Society]] | year=1991 | isbn=0-8218-0730-7 | page=45 }}</ref>  <!--2014-06-30-->
* [[Term rank]] -<ref name=Gut08>{{cite book | title=Surveys in Contemporary Mathematics | volume=347 | series=London Mathematical Society Lecture Note Series | issn=0076-0552 | editor1-first=Nicholas | editor1-last=Young | editor2-first=Yemon | editor2-last=Choi | publisher=[[Cambridge University Press]] | year=2008 | isbn=978-0-521-70564-6 | chapter=Rank and determinant functions for matrices over semirings | first=Alexander E. | last=Guterman | pages=1–33  | zbl=1181.16042 }}</ref> <!--2014-02-05-->
* [[Pseudo covariance]] (Also called of "complementary covariance". The pseudo-covariance is defined whenever a complex random vector z and its conjugate z* are correlated, making the covariance matrix C = cov(z) = E zz^H not describe entirely the second order statistics of z.)

==[[Measure Theory]]==
* [[Besicovitch–Federer projection theorem]]

==[[Number theory]]==
*[[Prime number distribution series]] -
<ref>http://nuclearstrategy.co.uk/prime-number-distribution-series</ref>
<ref>{{cite web | url=http://www.codeproject.com/Tips/816931/Prime-Number-Distribution-Series/ | title=Prime Number Distribution Series | date=9 September 2014 }}</ref>

*32760_(number) -- lowest number evenly divisible by all integers from 1 to 16; factorisation 2 * 2 * 2 * 3 * 3 * 5 * 7 * 13. [Comment: 32760 is not divisible by 16 or 11. The correct lowest number divisible by 1 through 16 is 720720.]
*[[7920 (number)]] -- see http://www.numbergossip.com/7920 -- as far as I can see, the only unique thing about this number is that it's the order of the smallest sporadic simple group

===[[Elementary number theory]]===
*[[Payam number]] - [http://mathworld.wolfram.com/PayamNumber.html Payam Number] MathWorld, [http://home.btclick.com/rwsmith/pp/payam3.htm A co-ordinated search for primes in the Payam number series]
* [[Prime-generating polynomial]] — currently redirects to [[Formula for primes#Prime formulas and polynomial functions]] [https://www.yuvamfix.com/duvar-saati Duvar Saati][https://www.yuvamfix.com/kedi-tirmalamalari Kedi Tırmalaması][https://www.yuvamfix.com/bebek-odasi-takimi Bebek Uyku Seti]

===[[Algebraic number theory]]===
*[[Abelian polynomial theorem]] - <!--2008-05-08T20:55:54Z-->
* [[Bayer–Neukirch theorem]] -
*[[Borel regulator]] - <!--2008-05-17T14:03:30Z-->
*[[Brandt module]] - <!--2005-07-12T07:49:00Z-->
*[[Capitulation kernel]]
* [[Chinburg invariant]]
* [[Coleman power series]] - <!--2013-06-17-->
*[[Elliptic curves' arithmetic conjectures]]  ([[Stein–Watkins conjecture]] (for 5-isogenies) and [[Gross–Zagier conjecture]])
*[[Explicit class field theory]] - <!--2008-04-30T18:21:01Z-->
*[[Colmez's conjecture]]
*[[Darmon's conjecture]] (on cyclomatic units, on construction of canonical algebraic points on E by associated Hilbert modular form, p-adic, mention [[Oda conjecture]])
*[[Grothendieck period conjecture]] (or [[Kontsevich–Zagier period conjecture]]; Grothendieck is weaker, Kontsevich–Zagier is stronger, article on any of them can mention the other as a generalisation/special case + geometric versions which are much easier)
*[[Hida family]]
*[[Hopf order]]
*[[Iwasawa-theoretic Mazur–Rubin-Sano conjecture]]
*[[Kato–Swan conductor]]
* [[Knot group (number theory)]] - (not the topological [[Knot group]])<ref>{{cite book | last=Narkiewicz | first=Władysław | title=Elementary and analytic theory of algebraic numbers | edition=3rd | zbl=1159.11039 | series=Springer Monographs in Mathematics | location=Berlin | publisher=[[Springer-Verlag]] | isbn=3-540-21902-1 | year=2004 | page=307 }}</ref> <!--2014-02-28-->
* [[Kolyvagin's conjectures]]
* [[Kronecker equivalence]] -<ref>* {{cite book | first=Władysław | last=Narkiewicz | title=Elementary and analytic theory of numbers | edition=Second, substantially revised and extended | publisher=[[Springer-Verlag]] | isbn=3-540-51250-0 | year=1990 | zbl=0717.11045 | page=416 }}</ref> <!--2014-02-11-->
* [[Leopoldt's Spiegelungssatz]] (*[[Leopoldt reflection theorem]]) -
* [[Liardet's theorem]] -
*[[Malle's conjecture]] ([[Batyrev–Manin conjecture]], [[Peyre's conjecture]] and [[Batyrev–Tschinkel conjecture]], Loughran and Santens conjectures, Koymans and Pagano conjectures, [[Gundlach conjecture]], [[Darda–Yasuda conjectures]] are related and need mention)
* [[Masley's theorem]]
* [[Microprime]] - <!--2013-07-05-->
* [[Noether conductor]]
*[[Noncommutative Iwasawa theory]] - <!--2008-04-26T19:03:25Z-->
*[[Notation of division]] - <!--2009-02-24T20:07:37Z-->
* [[Perrin-Riou conjecture]] (p-adic analogue of Bellinson, esp. over elliptic curves case) 
* [[Pólya field]] - <!--2013-06-23-->
* [[Richaud–Degert field]] -<ref>{{cite book | last=Narkiewicz | first=Władysław | title=Elementary and analytic theory of algebraic numbers | edition=3rd | zbl=1159.11039 | series=Springer Monographs in Mathematics | location=Berlin | publisher=[[Springer-Verlag]] | isbn=3-540-21902-1 | year=2004 | page=123 }}</ref> <!--2014-02-28-->
* [[Sen's theorem]] -
*[[Strange numbers]] - <!--2007-07-30T13:56:19Z-->
* [[Tame kernel]], [[Wild kernel]] (also called [[Hilbert kernel]])
* [[Tautological class field theory]]
* [[Conjectures on absolute CM-periods]] (by Yoshida + analogues for p-adic CM-periods by Kashio)

===[[Analytic number theory]]===
*[[Beta sieve]] - <!--2010-04-01T16:09:44Z-->
*[[Bobak Hossainkhani]] - <!--2006-03-27T16:34:23Z-->
*[[Bohr set]] - <!--2009-09-02T23:13:45Z-->
*[[Böcherer's conjecture]]
* [[Beurling generalized prime]] currently redirects to Beurling Zeta Function, but merits its own entry.  [http://empslocal.ex.ac.uk/people/staff/mrwatkin/zeta/beurling.htm (Helpful M. R. Watkins bibliography)]
* [[Erdős–Wintner theorem]] - <!--2013-07-28-->
* [[Exponent pair]] - <!--2013-06-03-->
* [[Gorshkov–Wirsing polynomial]] - <!--2013-06-03-->
* [[Halász–Montgomery inequality]] - <!--2013-08-12-->
* [[Intersective set]] - <!--2013-06-03-->
*[[Jarník's theorem]] - <!--2012-12-16-->
*[[Mixed integer rounding]]  <!--2007-11-21T21:13:57Z-->
*[[Selberg's conjectures]]
* [[van der Corput set]] - <!--2013-06-03-->
* [[Vinogradov's hypothesis]] - <!--2013-06-17-->

==[[Numerical analysis]]==
*[[Absorbing boundary condition]] (with redirect from *[[absorbing boundary conditions]] and mentioning *[[perfectly matched layer]]) - <!--2006-07-09T05:15:57Z-->
*[[Alphacertified]] e.g. [http://arxiv.org/pdf/1011.1091.pdf]
* [[Essentially non-oscillatory (ENO)]] -
*[[Faure sequence]] - <!--2006-08-16T00:16:41Z-->
* [[Gregory's integration formula]] See [http://books.google.com/books?id=Qs-xdYBQ_5wC&pg=PA283#v=onepage&f=false]
* [[Homotopy continuation method]] for solving for roots. e.g. [http://homepages.math.uic.edu/~jan/srvart/node4.html]
* [[Lentz's algorithm]] (for the evaluation of continued fractions) <!-- Sources: Numerical Receipes in C++ page 177-179 ISBN 0 521 75033 4 gives a readable-ish description of modified Lentz's method. The original paper is Lentz wj Applied Optics 15, pp 668-671. The now usual method is by Thompson IJ and Barnett AR (1986) Journal of Computational Physics, vol 64, pp 490-509. --> -
* [[Orthomin(1) algorithm]] (for approximating ''Ax'' = ''b'') -
*[[Peano kernel]] e.g., see page 149 of [https://books.google.com/books?id=i-IjBAAAQBAJ&printsec=frontcover&dq=peano+kernel&hl=en&sa=X&ei=zDApVeOiF9C5ogTVkoHwBQ&ved=0CCsQ6AEwAQ#v=onepage&q=peano%20kernel&f=false]
*[[Primorial factorization]] - <!--2014-12-31T18:08:00Z-->
*[[Watson transformation]] - <!--2007-11-26T13:19:45Z-->
* [[Wexler's algorithm]] - (referenced in the alt-text of xkcd.com/69)
*[[Zero stability]] (of linear multistep methods) - <!--2008-06-26T13:45:13Z-->

==[[Order theory]]==
* [[Adjoint functor theorem (order theory)]] -
*[[Continuous poset]] - <!--2005-12-11T19:05:32Z-->
*[[Galois insertion]]
*[[Greechie diagram]] - <!--2009-05-08T21:00:44Z-->
*[[Ideal completion]] - <!--2005-12-11T19:05:32Z-->
* [[Irreducible element (order theory)]] -
* [[Join-dense set]] -
*[[Kaucher arithmetic]] - <!--2006-05-16T12:45:40Z-->
*[[Localic group]] - <!--2006-09-19T15:22:48Z-->
* [[Mathematical relaxation (order theory)]] -
* [[Meet-dense set]] -
* [[Powerdomain (order theory)]] -
* [[Prime element (order theory)]] -
* [[Suzumura consistency]] -<ref>{{cite book | title=Consistency, choice and rationality | first1=Walter | last1=Bossert | first2=Kōtarō | last2=Suzumura | publisher=Harvard University Press | year=2010 | isbn=978-0674052994 | page=36 }}</ref>  <!--2014-05-16-->

==[[List of mathematical societies|Organisations]]==
*[[Art of Problem Solving Foundation]]
*[[European Consortium for Mathematics in Industry]] - ECMI (Note see article in French Wikipedia [https://fr.wikipedia.org/wiki/European_Consortium_for_Mathematics_in_Industry] )
*[[European Society for Mathematical and Theoretical Biology]] - ESMTB
*[[Mathematical Society of South Eastern Europe]] - MASSEE
*[[Albanian Mathematical Society]]
*[[Belarusian Mathematical Society]]
*[[Belgian Statistical Society]]
*[[Bosnian Mathematical Society]]
*[[Croatian Mathematical Society]]
*[[Indonesian Mathematical Society]]
*[[Italian Association of Mathematics Applied to Economic and Social Sciences]]
*[[Società Italiana di Matematica Applicata e Industriale]]
*[[Lithuanian Mathematical Society]]
*[[Macedonian Society Association Mathematics/Computer Science]]
*[[Mexican Mathematical Society]] (Sociedad Matemática Mexicana)
*[[Network Science Society]] [https://netscisociety.net/home]
*[[Ural Mathematical Society]]
*[[Vietnam Mathematical Society]]
*[[Voronezh Mathematical Society]]
*[[Union of Slovak Mathematicians and Physicists]] - JSMF
*[[Sociedad Española de Matemática Aplicada]] (Spanish Soc. of Appl. Math.)
*[[Societat Catalana de Matemàtiques]] (Catalanian Society of Mathematics)
*[[Swedish Statistical Society]]
*[[Ukrainian Mathematical Society]]

==[[Probability theory]]==
*[[Bayesian mapping]] <!--2005-09-14T18:26:37Z-->
*[[Bhattacharyya bound]] <!--2008-07-18T11:04:09Z-->
*[[Bus theorem]] <!--2008-06-16T21:29:58Z-->
* [[Cameron–Martin development]]
*[[Causal Bayesian network]] <!--2008-12-10T05:46:23Z-->
*[[Constant parameters process]] <!--2007-03-04T13:35:04Z-->
*[[Continuous tree]] <!--2006-09-06T20:50:51Z-->
*[[Convergence in variation]] <!--2008-02-05T19:39:58Z-->
* [[Cramér–Lundberg approximation]]
*[[Derived distribution]] <!--2006-10-25T04:40:14Z-->
*[[Do-calculus]][http://www.inference.vc/untitled/]
* [[Doob's upcrossing inequality]]
* [[Feinstein's fundamental lemma]]<ref>{{cite book|author=Ash, Robert B.|title=Information Theory|publisher=Interscience|location=New York|year=1965|page=68|isbn=9780486665214 |url=https://books.google.com/books?id=yZ1JZA6Wo6YC&pg=PA68}}</ref>
* [[Feldman–Hajek theorem]]<ref>{{cite book|author=Da Prato, Giuseppe|author2=Zabczyk, Jerzy|title=Stochastic equations in infinite dimensions|publisher=Cambridge University Press|year=2014|page=58|isbn=9780521385299 |url=https://books.google.com/books?id=JYiL8zz_nC8C&pg=PA58}}</ref><ref>{{cite journal|jstor=2238506|author=Capon, Jack|title=Randon-Nikodym Derivatives of Stationary Gaussian Measures|journal=The Annals of Mathematical Statistics|year=1964|volume=35 |issue=2 |pages=517–531|doi=10.1214/aoms/1177703552 }}</ref>
* [[Finite set statistics]]
* [[Hawkes process]]
* [[Heavy-traffic diffusion approximations to queueing systems]]
* [[Kantorovich–Rubinstein theorem]]
*[[Luders rule]] <!--2005-08-29T22:03:50Z-->
*[[Marked point process]] <!--2005-12-08T02:55:42Z-->
*[[Martin boundary]] <!--2007-04-27T23:15:05Z-->
* [[Noncommutative probability theory]], maybe even merged with free probability: quantum stochastic processes, quantum stochastics calculus, etc. One might see [[Noncommutative geometry]] for a general idea.
*[[Objective chance]] <!--2009-03-04T21:24:23Z-->
*[[Probability Hypothesis Density Filter]]
*[[Probability summation]] <!--2006-07-19T16:03:28Z-->
*[[Random covering]] <!--2010-06-28T10:14:47Z-->
* [[Stein's two-sample procedure]]
* [[Stress–strength model]]
*[[Threshold function]] and their relation to combinatorics/graph theory, number theory, etc. - <!--2005-11-27T00:38:24Z-->
*[[Track-to-track fusion]]
*[[Transformation law of probabilities]] <!--2010-02-19T19:14:11Z-->
* [[Verdu–Han lemma]]
* [[Watson Distribution]]

==[[Quantum stochastic calculus]]==
*[[Evans–Hudson flow]] see [[Robin Lyth Hudson]]

==[[Real analysis]]==
* [[Bi-Pareto distribution]] -
* [[Correct value]] as opposed to final value. this is seen when talking about true mean AND mean in statistics. But there is no article explaining this difference.
* [[Hake's theorem]] (see *[[Henstock–Kurzweil integral]]) -
* [[Leibniz transmutation method]] -
* [[n-dimensional singularity]] -
*[[Probability inequalities]] - <!--2010-07-23T07:44:08Z-->
* [[Sierpinski–Erdős duality theorem]] -
* [[Statistical convergence]] -
*[[List of Lebesgue integration identities]] -

==[[Recreational mathematics]]==
*[[Grafting number]] -
*[[Prime puzzles in primepuzzles.net]] -
*[[Parker Square]] -

==[[Representation theory]] (incl. harmonic analysis)==
*[[Bahadur–Ghosh–Kiefer representation]]
*[[Endoscopic classification]] <!--2013-07-26-->
*[[Gelfand's lemma]]
*[[General position character]] <!--2013-06-16-->
*[[Geometric representation theory]]
*[[Howe conjecture]]
*[[Ind-sheaf]]
*[[Littelmann character formula]]
*[[Lusztig's conjecture on irreducible characters]] [http://arxiv.org/pdf/0811.1674v2.pdf]
*[[Pieri algebra]]  <!--2010-03-10T00:49:24Z-->
*[[Shintani correspondence]], [[Shintani norm]]
*[[Steinberg tensor product theorem]]

==[[Semigroup theory]]==
*[[Flow monoid]] - <!--2012-12-19-->
*[[Krull monoid]] <!--2013-01-18-->
* [[Local divisor]]
*[[Solvable monoid]]

==[[Special function]]s==
*[[Confluent hypergeometric limit function]] (i.e. <sub>0</sub>''F''<sub>1</sub>; currently redirects to [[generalized hypergeometric function]], or <sub>''p''</sub>''F''<sub>''q''</sub>)
* [[Gram–Charlier polynomials]] (currently redirects to [[Edgeworth series]], which does not tell what a Gram–Charlier polynomial is)
*[[Harmonic polylogarithms]] (or HPL's, appear e.g. in the expansion of hypergeometric functions when computing multi-loop Feynman diagrams. See e.g. [http://arxiv.org/abs/hep-ph/9905237])
* [[Hyperlogarithm]] -<ref>{{cite book | last=Gantmacher | first=F.R. | title=Applications of the theory of matrices | zbl=0085.01001 | publisher=[[Dover]] | year=2005 | origyear=1959 | isbn=0-486-44554-2 }}</ref>  <!--2014-06-26-->
*[[Inverse tangent integral]] (currently redirects to [[polylogarithm]]; see also [http://www.cs.kent.ac.uk/pubs/1992/110] §18)
*[[Nielsen's generalized polylogarithm]] (for the subject matter see e.g. [http://www.cs.kent.ac.uk/pubs/1992/110] §19)
* [[Polylogarithm factorial]]
*[[Prabhakar function]] (a 3-parameter Mittag-Leffler function that has many applications in fractional calculus and plays a fundamental role in the description of the anomalous dielectric properties in disordered materials and heterogeneous systems manifesting simultaneous nonlocality and nonlinearity and, more generally, in models of Havriliak–Negami type. See e.g. [https://www.researchgate.net/publication/319271790_The_Prabhakar_or_three_parameter_Mittag-Leffler_function_Theory_and_application])

==[[Statistics]]==
{{seealso2|*[[Wikipedia:Requested articles/Business and economics#Econometrics|Requested articles in Econometrics]]}}

* [[Aalen–Johansen estimator]]
* [[Abracadabra problem]] / [[Abracadabra theorem]] - see https://www.youtube.com/watch?v=SDw2Pu0-H4g, https://math.uchicago.edu/~may/VIGRE/VIGRE2011/REUPapers/Ai.pdf
* [[Allan Factor]] - see http://www.sciencedirect.com/science/article/pii/S0378437112009806
* [[Anderson–Bahadur algorithm]] see [[Raghu Raj Bahadur]]
* [[Ansari–Bradley test]] -
*[[Average fold error]] - see e.g. eq 22 in http://jpet.aspetjournals.org/content/283/1/46.long
*[[Bayesian deviance]] - <!--2006-03-29T20:49:32Z-->
*[[Begg's test]] - related to [[funnel plot]]s, [[meta-analysis]] and [[publication bias]]
*[[Difference in betas]] - <!--2010-07-05T20:56:59Z-->
* [[Burg's method]] -used in Matlabs arburg() for estimating AR process coeffs.
*[[Clisy]] - <!--2006-11-22T23:48:42Z-->
*[[Composite reference standard]] - A method for evaluating diagnostic test in absence of gold standard test. See http://www.teachepi.org/documents/courses/tbdiagrx/day2/Dendukuri%20Diagnostic%20Tests%20in%20the%20Absence%20of%20a%20Gold%20Standard.pdf
*[[Compound sampling]] - <!--2008-10-24T14:49:04Z-->
*[[Conditional covariance]] - <!--2007-11-26T17:22:53Z-->
*[[D statistic]]
*[[Do-calculus|''Do''-calculus]] Rules devised by Judea Pearl (1995) to prove which causal effects can be consistently estimated given assumptions about the data.
*[[Doornik and Hansen normality test]] - <!--2008-03-29T20:57:46Z-->
* [[Duncan–Waller k-ratio t-test]] -
* [[Dunn–Šidák bound]] -
*[[Economic plausibility]] - <!--2009-05-27T06:44:49Z-->
*[[Egger's test]] - related to [[funnel plot]]s, [[publication bias]] and [[meta-analysis]]
*[[Expectile]] generalization of quantiles to finite samples, originally introduced by Efron
*[[Extended spatial decorrelation]] - <!--2006-10-04T13:37:29Z-->
*[[Extremal types theorem]]
*[[Estimated potential scale reduction]] - a check for convergence in MCMC <!--2009-04-30T21:32:08Z-->
*[[f3 statistic]]
*[[Fast simulation]] - <!--2007-04-09T16:57:42Z-->
*[[Fisher's least significant difference]] - <!--2013-03-23T22:41:42Z-->
*[[Fractional error]] - <!--2007-03-22T05:01:18Z-->
*[[Gap statistic]] - <!--2005-12-05T07:47:52Z-->
* [[Frailty modeling]]
* [[Graybill–Deal estimator]] -
* [[h-statistic]] - unbiased sample estimators of central moments
*[[Harmonic mean estimator]] - <!--2006-03-29T20:42:09Z-->
*[[Hauck-Donner phenomenon]] - <!--2014-04-04-->
*[[Hill estimator]] - <!--2007-07-30T12:42:16Z-->
* [[Historical average]] - as a general statistics concept related to history
*[[Intrinsic accuracy]] - regarding a distribution, the expected value of its derivative, equal to the integral over its support of the square of the derivative over the pdf. <!--2009-03-25T00:43:48Z-->
*[[Inference on Markov chains]] -Continuous and discrete time, fixed interval and fixed event sampling - <!--2007-04-30T21:29:39Z-->
*[[Iterative thresholding algorithm]] - <!--2016-10-22T13:19:36Z-->
* [[JADE (ICA)]] (an *[[Independent component analysis]] algorithm) -
*[[Least median squares]] - <!--2015-08-31T14:29:06-->
*[[Logarithmic regression]] - used frequently to model data that change logarithmically. See [[https://courses.lumenlearning.com/ivytech-collegealgebra/chapter/build-a-logarithmic-model-from-data/]], [[https://mathbits.com/MathBits/TISection/Statistics2/logarithmic.htm]], and [[https://stats.stackexchange.com/questions/78256/logarithmic-regression-by-hand]] <!--2019-03-10T22:25:00Z-->
*[[Jenks natural breaks]] - (numeric classification, useful for thematic maps) <!--2008-03-20T14:30:37Z-->
* [[Kaiser–Meyer–Olkin_test#Kaiser–Meyer–Olkin_criterion|Kaiser–Meyer–Olkin criterium]] ([[:de:Kaiser-Meyer-Olkin-Kriterium]])
*[[Line plot]] - <!--2009-04-09T01:02:45Z-->
*[[Lower tail dependence]] - <!--2007-03-12T10:31:06Z-->
* [[Max-stable distribution]] -
* [[Morisita–Horn index]] -
*[[Multilevel regression and poststratification]] - <!--2013-03-18T06:02:41Z-->
*[[Nested ANOVA]]
*[[Nonparametric Bayesian method]] - <!--2006-04-03T03:58:29Z-->
* [[Nonparametric data]]
*[[Normal power family]] - <!--2007-01-08T09:31:32Z-->
*[[Normalized mean]] - see https://en.wikipedia.org/wiki/Average#Miscellaneous_types and  Merigo, Jose M.; Cananovas, Montserrat (2009). "The Generalized Hybrid Averaging Operator and its Application in Decision Making". Journal of Quantitative Methods for Economics and Business Administration. 9: 69–84. ISSN 1886-516X.
* [[Parametric data]]
*[[p-hacking]] (related to [[multiple comparisons problem]].  Lots of good references online.)
*[[Permutational multivariate analysis of variance (PERMANOVA)]]
*[[Positive scoring agreement]] - <!--2013-06-06T13:05:47Z-->
*[[pooled OLS]] - <!--2007-11-15T11:11:16Z-->
* [[Posterior predictive p-value]] -
* [[Probability-weighted moment]] -
*[[pseudo-F (statistics)]]
* [[Quantum statistics]] -
* [[Random regression]] -
*[[REDATAM]] [http://www.eclac.cl/cgi-bin/getProd.asp?xml=/redatam/agrupadores_xml/aes213.xml&xsl=/redatam/tpl/agrupa_listado.xsl&base=/redatam/tpl-i/top-bottom.xsl] - <!--2006-08-30T21:24:08Z-->
*[[Root mean square error of approximation]] (RMSEA)
*[[Relative root-mean-squared error]] (RRMSE)
*[[Ryan Einot Gabriel Welsch method]] - <!--2005-10-27T00:13:47Z-->
* [[Rotation testing]] -
*[[Samuel Cahn, Esther]] - Recipient of the [[Israel Prize]] in Statistics, 2004 
*[[Seasonal index]] (with redirect from *[[Seasonal indices]]) - <!--2007-04-14T15:58:29Z-->
*[[Separate families of hypotheses]] (and tests of) - <!--2008-04-09T16:07:12Z-->
*[[Smallest singular value of the hessian]] - <!--2007-01-04T13:15:10Z-->
*[[Skew elliptical distribution]] - <!--2009-07-03T03:16:28Z-->
*[[Standardized incidence ratio]] , *[[Standardised incidence ratio]] - <!--2008-07-29T20:08:25Z-->
*[[Statistical disclosure]] - <!--2006-10-15T00:19:30Z-->
*[[Structural change method]] (SCM model) - <!--2008-07-18T01:15:03Z-->
* [[Superiority and non-inferiority]]
*[[Superpopulation models]] - <!--2007-02-23T08:36:18Z-->
*[[Supervised Hierarchical Clustering]]
*[[Supralinear]] (need explanation of term) (-)
*[[Systematic variation]] - <!--2006-10-23T02:30:41Z-->
*[[ Transdimensional transformation based Monte Carlo Markov Chain]]-[http://arxiv.org/abs/1403.5207]
*[[Treatment effect of the treated]] 
*[[Trimedian]] - see https://en.wikipedia.org/wiki/Average#Miscellaneous_types and  Merigo, Jose M.; Cananovas, Montserrat (2009). "The Generalized Hybrid Averaging Operator and its Application in Decision Making". Journal of Quantitative Methods for Economics and Business Administration. 9: 69–84. ISSN 1886-516X.
*[[Total Access Statistics]] should be added to the list of statistical analysis programs http://en.wikipedia.org/wiki/List_of_statistical_packages. It's been around since the early 1990s: http://www.fmsinc.com/MicrosoftAccess/StatisticalAnalysis.html
*[[Tukey B method]] - <!--2005-10-27T00:13:47Z-->
* [[Ungrouped data]] -
*[[Upper tail dependence]] - <!--2007-03-12T10:31:06Z-->
*[[Wiener–Granger causality]] (WGC) - clarify relationship to Granger Causality Wikipedia article
*[[Wilson estimate]] - <!--2007-10-20T04:41:00Z-->
*[[Ladder of powers]] - <!--2010-06-21T09:55:19Z-->
*[[Z-ranking]] - <!--2011-11-:49:19Z-->

==[[Topology]]==
===[[Algebraic topology]]===
* [[Artin–Mazur profinite completion]] -
* [[Alpha complex]] -
*[[Cellular complex]] - <!--2008-10-16T21:29:25Z-->
*[[Cheeger–Simons cohomology]] -
*[[Curtis's convergence theorem]]
*[[Delooping]]
*[[Even periodic ring theory]] - <!--2008-05-03T19:11:28Z-->
*[[Free homotopy group]] - <!--2007-04-14T19:35:26Z-->
*[[Gauss map of a vector bundle]] (see Husemoller, Fibre Bundles) - <!--2008-10-15T11:44:04Z-->
* [[geography problem for 4-manifolds]] -
*[[homotopy groups of simplicial sets]] - <!--2008-04-26T16:10:40Z-->
*[[Hyperbolic simplicial complex]] - <!--2006-11-04T18:34:56Z-->
* [[Kashin's theorem]] (esp. relation to *[[compressed sensing]] [http://www.itsoc.org/publications/newsletters/itNL1208.pdf/at_download/file]p15)-
* [[Mapping cylinder neighbourhood ]]
* [[Motive (topology)]] -
* [[Motivic spectrum]] -
*[[one-relator group]]
*[[Principle of monodromy]]
*[[Strong shape theory]] - <!--2006-05-12T16:52:48Z-->
*[[Topological cyclic homology]]
* [[Whitehead tower]]
*[[Witt space]] - <!--2005-12-18T06:04:21Z-->

===[[General topology]]===
*[[Affine fibration]] - <!--2006-04-07T12:18:31Z-->
* [[Centered space]] -<ref name=Turzanski92/><ref>{{cite book | title=General topology II: compactness, homologies of general spaces | volume=50 | series=Encyclopaedia of mathematical sciences | first=A. | last=Arhangel'Skii | publisher=Springer-Verlag | year=1996 | isbn=0-387-54695-2 | zbl=0830.00013 | page=59 }}</ref>
*[[Contiguity space]] - <!--2005-05-31T09:28:33Z-->
* [[Dantian space]] -<ref name=Arhangelskii69>{{cite journal | mr=243485 | last=Arhangelʹskiĭ | first=A. V. | title=An approximation of the theory of dyadic bicompacta | language=Russian | journal=Dokl. Akad. Nauk SSSR | volume=184 | year=1969 | pages=767–770 }}</ref><ref name=Turzanski92>{{cite journal <!--| url=http://cmuc.karlin.mff.cuni.cz/--> | title= Strong sequences, binary families and Esenin-Volpin's theorem | journal=Commentationes Mathematicae Universitatis Carolinae | volume=33|issue=3 |year=1992|pages= 563-569|mr=1209298  | zbl=0796.54031 
| url=https://eudml.org/doc/247365 |last=Turzański|first= Marian}}</ref> <!--2014-09-14-->
* [[Density topology]] -<ref>{{cite journal | last=Tall | first=Franklin D. | title=The density topology | zbl=0305.54039 | journal=Pac. J. Math. | volume=62 | pages=275–284 | year=1976 | doi=10.2140/pjm.1976.62.275 }}</ref>
*[[Double fibration]] - <!--2005-09-16T13:09:44Z-->
*[[Gauss space]] - <!--2007-12-27T06:14:57Z-->
*[[Hopf plumbing]] - <!--2010-05-25T15:05:48Z-->
*[[Locally countable space]] - <!--2009-03-22T01:52:38Z-->
*[[Locally equiconnected]]
*[[Martin boundary]] - <!--2007-04-27T23:15:05Z-->
*[[Overt space]] - <!--2012-12-30-->
* [[Prodiscrete topology]] -<ref>{{cite journal | last = Šunić | first = Zoran | issue = 2 | journal = [[Bulletin of the American Mathematical Society]] | pages = 361–366 | title = Cellular automata and groups, by Tullio Ceccherini-Silberstein and Michel Coornaert (book review) | volume = 51 | year = 2014 | doi=10.1090/S0273-0979-2013-01425-3 }}</ref>
* [[Separate continuity]] and [[Cross topology]] [https://core.ac.uk/download/pdf/82483694.pdf]
*[[Template theory]] - <!--2008-08-20T11:55:12Z-->
* [[Thick space]] -<ref name=Arhangelskii69/><ref name=Turzanski92/> <!--2014-09-14-->
*[[Topological partition]] (Note, not the same as [[Partition topology]])

===[[Geometric topology]]===
*[[equivariant Dehn lemma]]
*<s>[[Euler's Forumula F + V − E = 2 polyhedrons faces, vertices, edges]]</s> See [[Euler characteristic]] 
*[[Lambda lemma]] - <!--2007-02-15T20:36:27Z-->
*[[Propeller twisting]] - <!--2006-02-14T00:12:29Z-->
*[[Regular neighborhood]] - <!--2006-11-16T03:22:40Z--> (not sure this needs an article&ndash;in case see http://math.stackexchange.com/questions/51484/definition-of-regular-neighborhood-for-curves-in-sg
*[[KKM theory]] applications and generalizations of *[[Knaster–Kuratowski–Mazurkiewicz lemma]] - <!--2008-08-20T12:01:56Z-->
*[[Theorem of alternatives]] Theorem of alternatives-  <!--2015-04-10T20:36:27Z-->
* [[Paradromic ring]] (Rings produced by cutting a strip that has been given m half twists and been re-attached into n equal strips (Ball and Coxeter 1987, pp. 127-128).) (http://mathworld.wolfram.com/ParadromicRings.html, https://en.wikipedia.org/wiki/M%C3%B6bius_strip#Properties).
* [[Property R conjecture]] (already proven; there's also a generalization relevant for studying 3- and 4-manifolds and even Property 2R conjecture).

===[[Knot theory]]===
* [[Chayes–McKellar–Winn theorem]] -
* [[knotscape]] software for knot theory
*[[Kashaev invariant]], a kind of [[quantum invariant]]
*[[Millett unknot]], a 2D representation of the [[unknot]]
*[[Singular braid monoid]]  <!--2006-09-24T09:28:07Z-->

===[[Stable homotopy theory]]===
* [[Moore spectrum]]
*[[Hopkins–Miller theorem]]
*[[periodicity theorem]]
*[[Pontryagin–Thom collapse]] [http://mathoverflow.net/questions/7375/explanation-for-the-thom-pontryagin-construction-and-its-generalisations]
*[[Root invariant]]
*[[Schwede–Shipley theory]]
*[[Simplicial homotopy theory]] (currently a redirect)

==Uncategorized==
''Please try to classify these requests.''
*[[renaissance of mathematics]] [https://www.mathnasium.com/math-centers/beaumont/news/math-hidden-in-the-art-of-leonardo-da-vinci]
*[[Ninth (disambiguation)]] <!--2018-09-02-->
*[[Arc of descent]]  <!--2007-04-21T18:41:57Z-->
*[[Argentine mathematics olympics]]  
*[[Basis problem]]  <!--2008-06-14T02:35:38Z-->
*[[Bounding lemma]]  <!--2007-02-15T20:50:31Z-->
*[[Classical result]]  <!--2008-04-18T17:22:06Z-->
*[[Closed symmetric form]]  <!--2010-04-30T05:12:10Z-->
*[[Commentationes Mathematicae Universitatis Carolinae]] - mathematics journal
*[[Complex four-phase]] (sequences)
*[[Constructive recursive mathematics]]  <!--2009-05-30T01:34:10Z-->
*[[Cross-correlation theorem]] – (Fourier analysis) closely related to [[Convolution theorem]] and [[Wiener–Khinchin theorem]]
*[[D-triangle number]] (redirect to [[Pascal's triangle]]?) <!--2006-09-22T19:21:43Z-->
*[[DARPA's math challenges]]
*[[Definition (mathematics)]]  <!--2006-09-21T18:46:26Z-->
*[[Difference predictor]]  <!--2009-10-08T04:40:23Z-->
*[[Dobrushin's lemma]]  <!--2007-02-15T20:22:53Z--> see https://books.google.com/books?id=BX7iWXh5sDUC&pg=PA231%22&f=false
*[[Dynamic subtraction]]  <!--2005-11-20T06:06:02Z-->
*[[Eigenfilter]]  <!--2005-11-20T06:06:02Z-->
*[[Enright–Varadarajan modules]]
*[[Equilogical spaces]]
*[[Evolution of numbers]]  <!--2007-05-13T13:30:40Z-->
*[[Fourier goniometry]] (related to [[Goniometry|Goniometric]])  <!--2006-05-28T04:48:33Z-->
*[[Fujisaki–Kallianpur–Kunita equations]]
*[[Generalization in mathematics]]
*[[Ghosh-Pratt identity]]
*[[Graph (application)]] (equation plotter)  <!--2006-04-09T15:43:13Z-->
*[[Hyperslab]]  <!--2006-09-08T10:54:38Z-->
*[[Hypertabastic function]] or [[Hypertabastic distribution]]
*: <small>{{cite news | title = Hypertabastic survival model| author1 = Mohammad A Tabatabai| author2 = Zoran Bursac| author3 = David K Williams| author4 = Karan Singh| journal = Theoretical Biology and Medical Modelling| date = February 2007| volume = 4| doi = 10.1186/1742-4682-4-40| url = https://www.researchgate.net/publication/5883436 | doi-access = free}}</small>
*[[Implicit integration]]  <!--2009-10-08T04:40:23Z-->
*[[Integrate predictor]]  <!--2009-10-08T04:40:23Z-->
*[[Interior degree]]  <!--2007-01-21T18:13:31Z-->
*[[Jeffries multiplier]]  <!--2007-04-25T10:11:35Z-->
*[[Kallianpur–Striebel formula]]
*[[Klop's lemma]]  <!--2007-02-15T20:32:04Z-->
*[[Kostant–Parthasarathy–Ranga Rao–Varadarajan determinants]]
*[[Literal quantities]]
*[[Mathematical algorithms]] list and general contrasts to computer algorithms - <!--2006-01-30T16:27:18Z-->
*[[Mathematics of computer science]] <!-- 2022-12-22 -->
*[[Metrically transitive operator]] from [[Leonid Pastur]].
*[[Meaning function]]  <!--2010-04-30T05:12:10Z-->
*[[Migdal formula]]
*[[Mug Wump]] The silly math character who sometimes has a hat. Used to teach translations on a graph/plane. Yes this is real, don’t know why it got removed from the list.
*[[Natural logarithm of 10]]  <!--2010-02-18T01:41:38Z--> perhaps merge with [[Natural logarithm of 2]]
*[[Non-constructive logic]]  <!--2009-05-30T01:13:48Z-->
*[[Nondeterministic polynomial time integer factorization]] for those who can't understand [[Shor's algorithm]]
*[[Numdam]] {{doi|10.1007/978-3-319-62075-6_6}} Article title is tentative.
*[[Object coloring]]  <!--2006-11-29T03:06:23Z-->
*[[Omnific integers]] a type of surreal number thats the equivalent of integers but for the surreal numbers
*[[Poincare-Bertrand Theorem]] <!--2014-6-29T22:14"56Z-->
*[[Ordinates transport]]  <!--2009-10-08T04:40:23Z-->
*[[Polydromy]]  <!--2006-05-04T05:32:01Z-->
*[[Polynomiograph]]
*[[Prefactor]] (a non-universal quantity)  <!--2007-10-26T15:11:14Z-->
*[[Relational homomorphism]]  <!--2008-12-15T22:36:18Z-->
*[[Relational isomorphism]]  <!--2008-12-15T22:36:18Z-->
*[[Rigid geometry]] (it's a simple redirect)
*[[Robert's cross operator]]  <!--2006-11-03T05:58:18Z-->
*[[Seven-point code]]  <!--2008-03-23T00:54:53Z-->
*[[Skew binary]]  <!--2009-10-10T20:34:09Z-->
*[[Square snowflake]]  related to [[Peano curve]] and *[[Koch snowflake]]
*[[Strict positivity restriction]]- <!--2007-01-25T00:20:28Z-->
*[[Subvariety (mathematics)]] (at least 4 math articles link to [[subvariety]], which gives only the botanical sense)  <!--2010-08-12T09:16:29Z-->
*[[Tally chart]]  <!--2010-02-12T18:25:18Z-->
*[[Transform calculus]], a type of analysis [http://www.dmoz.org/Science/Math/Analysis/Transform_Calculus/]
*[[Trigonometric equation]] – described [[:wikibooks:Trigonometry/Solving Trigonometric Equations|on Wikibooks]] and on [[Polish Wikipedia]] ([[:pl:Równanie trygonometryczne]]); it's not the same as [[trigonometric identity]] to which this link redirects.
* [[Turing ideal]] - [https://projecteuclid.org/journals/notre-dame-journal-of-formal-logic/volume-31/issue-4/Enumerations-of-Turing-ideals-with-applications/10.1305/ndjfl/1093635587.pdf] 
*[[Unsolved Problems in Mathematics for the 21st Century]] - this is already covered by [[List of unsolved problems in mathematics]].
*[[Weighted homogeneous polynomial]] [http://planetmath.org/encyclopedia/WeightedHomogeneousPolynomial.html] <!--2010-12-17T01:27:01Z-->
*[[Weak derived set]] -- see [https://books.google.co.uk/books?id=jN6tnsBU_IMC&pg=PA127 ''Theory of Linear Operations'' by S. Banach, page 127] -- quote: "The weak derived sets of bounded linear functionals." 
*[[Wyner–Ziv theorem]]
*[[Simon's favorite factoring trick]]
*[[Higher Class Numbers]] -- see [https://googology.fandom.com/wiki/Googology_Wiki]
*[[Hyperscientific 'F' Notation]] -- 'F' is used to denote repeated 'e' in Scientific 'e' Notation
*[[18,446,744,073,709,551,616]], [[18,446,744,073,709,551,615]], [[9,223,372,036,854,775,808]] [[9,223,372,036,854,775,807]], [[4,294,967,296]], and [[2,147,483,648]]

==See also==
* [[Wikipedia:Missing science topics]]

==References==
<references/>

[[Category:Mathematics Wikipedia administration]]
[[Category:Wikipedia requested articles|Mathematics]]
[[Category:WikiProject Mathematics]]