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PlanetMath Encyclopedia

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6 - 2 entries

9 - 2 entries

A - 827 entries

AA (in similarity of triangles) owned by J. Pahikkala, Warren Buck, Roger Lipsett

AAA owned by Warren Buck

proof of AAA (hyperbolic) owned by Warren Buck

AAA theorem (=AAA) owned by Warren Buck

A- and B- DNA paracrystals (in mathematical biology and theoretical biophysics of DNA) owned by bci1

AA postulate (in similarity of triangles) owned by J. Pahikkala, Warren Buck, Roger Lipsett

Aaron Ruth pair (=Ruth-Aaron pair) owned by L. H.

Aaron-Ruth pair (=Ruth-Aaron pair) owned by L. H.

AAS (in geometric congruence) owned by Chi Woo, Pedro Sanchez, Thomas Foregger, Warren Buck, J. Pahikkala

AAS is not valid in spherical geometry owned by Warren Buck

AA theorem (in similarity of triangles) owned by J. Pahikkala, Warren Buck, Roger Lipsett

Ab1 (in kernel of a morphism) owned by Chi Woo

Ab1 axiom (=kernel of a morphism) owned by Chi Woo

Ab2 (in image of a morphism) owned by Chi Woo

Ab2 axiom (=image of a morphism) owned by Chi Woo

and

conditions (in Ab-conditions- and conditions) owned by bci1

Ab3 category (in Grothendieck category) owned by bci1

- category (in Grothendieck category) owned by bci1

-category (=-category) owned by bci1

Ab5* category (in Grothendieck category) owned by bci1

Ab5-category (in Grothendieck category) owned by bci1

Ab5 category (=-category is ) owned by bci1

Ab5 category (= -category theorem) owned by bci1

Ab5 category (=Grothendieck category) owned by bci1

-category theorem owned by bci1

Ab-6 category (in standard Abelian category) owned by bci1

abacus owned by John Smith

and

are almost isospectral owned by Rui Palma, Raymond Puzio, Chi Woo

ab-category (in preadditive category) owned by Chi Woo

ABC conjecture owned by yark, Kimberly Lloyd, mathwizard

if and only if $a=c$

and

owned by Warren Buck

Ab-conditions- $Ab3$

and

conditions owned by bci1

Ab-conditions- $Ab3$

and

conditions owned by bci1

Abel (=Niels Henrik Abel) owned by J. Pahikkala, Warren Buck

abelian (in abelian group) owned by yark, Joe Corneli, Pedro Sanchez, Aaron Krowne

abelian (in Lie algebra) owned by David Jao, Jeff Garrett, Robert Milson

abelian-by-finite (in virtually abelian group) owned by yark, Graham Oliver

abelian-by-finite group (=virtually abelian group) owned by yark, Graham Oliver

examples of abelian categories owned by Michael Slone, bci1

abelian category owned by David Jao, Chi Woo

Abelian category (=local Grothendieck category) owned by bci1

Abelian category (in Grothendieck category) owned by bci1

Abelian category (=standard Abelian category) owned by bci1

abelian category (=standard Abelian category) owned by bci1

Abelian category with generators (=Grothendieck category) owned by bci1

Abelian cocomplete category (in -category is ) owned by bci1

abelian extension owned by Santiago Canez, Michael Slone

abelian extension (in group extension) owned by Chi Woo, Peter Bruin

abelian extensions of quadratic imaginary number fields (in Kronecker-Weber theorem) owned by alozano

abelian function owned by vmoraru

Abelian functor category (in functor category examples) owned by bci1, Chi Woo

abelian group owned by yark, Joe Corneli, Pedro Sanchez, Aaron Krowne

abelian group is divisible if and only if it is an injective object owned by Rafael Szefler

proof that abelian groups form an abelian category owned by Michael Slone, yark, bci1

abelian groups of order $120$

owned by alozano

abelianisation (=abelianization) owned by yark

abelianization owned by yark

abelian Lie algebra (in Lie algebra) owned by David Jao, Jeff Garrett, Robert Milson

abelian number field owned by alozano

Abelian semigroup (=commutative semigroup) owned by Michael Clase

Abelian theorem (in Abel summability) owned by Robert Milson, Thomas Foregger

abelian variety owned by Andrew Archibald

Abel Laureate (in Abel Prize) owned by John Smith, Algeboy

proof of Abel lemma (by expansion) owned by Pedro A. Fernandez

Abel Prize owned by John Smith, Algeboy

proof of Abel's convergence theorem owned by Robert Milson, Thomas Foregger

Abel's identity (=Abel's lemma) owned by Cam McLeman, Lieven Marchand, matte

Abel's lemma owned by Cam McLeman, Lieven Marchand, matte

proof of Abel's lemma (by induction) owned by Cam McLeman, matte

Abel's limit theorem owned by Chi Woo, Oscar Randal-Williams

proof of Abel's limit theorem owned by mathwizard

Abel's multiplication rule (=Abel's multiplication rule for series) owned by J. Pahikkala

Abel's multiplication rule for series owned by J. Pahikkala

Abel's partial summation (=Abel's lemma) owned by Cam McLeman, Lieven Marchand, matte

proof of Abel's test for convergence owned by Lieven Marchand,

Abel's theorem on power series (=radius of convergence) owned by John Smith, mathwizard, Axel Boldt, Anthony Morris

Abel's transformation (=Abel's lemma) owned by Cam McLeman, Lieven Marchand, matte

Abel summability owned by Robert Milson, Thomas Foregger

ab-index (= $\mathbf{ab}$ -index of graded posets) owned by Michael Slone

AB is conjugate to BA owned by Algeboy

abnormal (in abnormal subgroup) owned by yark

abnormality (in abnormal subgroup) owned by yark

abnormal subgroup owned by yark

A-bound (in Kato-Rellich theorem) owned by Koro

A-bounded (in Kato-Rellich theorem) owned by Koro

abscissa (in Cartesian coordinates) owned by J. Pahikkala

abscissa of absolute convergence (in Dirichlet series) owned by Boris Bukh, Larry Hammick

abscissa of convergence (in Dirichlet series) owned by Boris Bukh, Larry Hammick

absolute continuity (in absolutely continuous) owned by Koro

absolute convergence (in convergent series) owned by yark, David, Pedro Sanchez

absolute convergence implies convergence for an infinite product owned by Cam McLeman, Johan

proof of absolute convergence implies convergence for an infinite product owned by paolini

absolute convergence implies uniform convergence owned by Raymond Puzio

absolute convergence of double series owned by J. Pahikkala

absolute convergence of infinite product owned by Cam McLeman, Johan

absolute convergence of infinite product and series owned by J. Pahikkala

absolute convergence of integral and boundedness of derivative owned by J. Pahikkala

absolute convergence theorem owned by paolini

proof of absolute convergence theorem owned by paolini

absolute Galois group owned by David Jao, Robert Milson

absolute geometry (=neutral geometry) owned by Chi Woo

absolute identity (in hypergroup) owned by Chi Woo

absolutely continuous owned by Koro

absolutely continuous function owned by matte, Chi Woo, Warren Buck

absolutely continuous on $[0,1]$

versus absolutely continuous on $[\varepsilon, 1]$ for every $\varepsilon >0$ owned by Warren Buck

absolutely convergent (in convergent series) owned by yark, David, Pedro Sanchez

absolutely convergent infinite product converges owned by J. Pahikkala

absolutely convex (=solid set) owned by Chi Woo

absolutely flat owned by Cam McLeman

absolutely free algebra (=polynomials in algebraic systems) owned by Chi Woo

absolutely injective (in multivalued function) owned by Chi Woo

absolutely least remainder (in residue systems) owned by J. Pahikkala

absolutely normal (=normal number) owned by Axel Boldt, yark, Chi Woo, Thomas Foregger

absolutely normal number (in normal number) owned by Axel Boldt, yark, Chi Woo, Thomas Foregger

absolute maximum (in least and greatest value of function) owned by J. Pahikkala

absolute minimum (in least and greatest value of function) owned by J. Pahikkala

absolute moments bounding (necessary and sufficient condition) owned by Andrea Ambrosio

absolute neighborhood retract (in absolute retract) owned by Raymond Puzio

absolute norm (in norm and trace of algebraic number) owned by J. Pahikkala

absolute norm of ideal (in ideal norm) owned by J. Pahikkala, Igor Khavkine

absolute prime (=permutable prime) owned by John Smith, Anthony Morris

absolute retract owned by Raymond Puzio

absolute trace (in norm and trace of algebraic number) owned by J. Pahikkala

absolute unit of angle (=radian) owned by John Smith, J. Pahikkala

absolute value owned by David Jao, Robert Milson

absolute value (=modulus of complex number) owned by matte, Adam Dinwoodie, J. Pahikkala

absolute value (in absolute value in a vector lattice) owned by Chi Woo

absolute value (=valuation) owned by David Jao

absolute value in a vector lattice owned by Chi Woo

absolute value inequalities owned by Warren Buck

absolute value of complex number (=modulus of complex number) owned by matte, Adam Dinwoodie, J. Pahikkala

absorb (in absorbing set) owned by Chi Woo

absorbant (=absorbing element) owned by J. Pahikkala, Chi Woo

absorbing (in absorbing set) owned by Chi Woo

absorbing (=absorbing element) owned by J. Pahikkala, Chi Woo

absorbing element owned by J. Pahikkala, Chi Woo

absorbing set owned by Chi Woo

absorbing state (in class structure) owned by Chi Woo, Andrew Ross

absorption (in lattice) owned by Michael Slone, greg, Chi Woo, Victor Porton, bci1

absorption probability (in hitting time) owned by John Smith, Andrew Ross, Anthony Morris

absorptive (=lattice) owned by Michael Slone, greg, Chi Woo, Victor Porton, bci1

abstract automata (=category of automata) owned by bci1

abstract category (in ARB symmetry and groupoid representations ) owned by bci1

abstract coset (=heap) owned by Chi Woo, Thomas Foregger

abstract embedding owned by Juan M. Marquez B.

abstract family of languages owned by Chi Woo

abstract graph (in graph theory) owned by karteef, Aaron Krowne, NeuRet, mathwizard, yark, Boris Bukh, Iddo Tzameret, Pedro Sanchez, Thomas Foregger, bci1

abstract groupoid representations (in ARB symmetry and groupoid representations ) owned by bci1

abstractly identical (in isomorphic groups) owned by alozano, Joe Corneli, yark, J. Pahikkala

abstract neighborhood system (in neighborhood system on a set) owned by Chi Woo

abstract

-simplex (in simplicial complex) owned by David Jao, Andrew Archibald

abstract object (in hypostatic abstraction) owned by Jon Awbrey

abstract relational biology (=complex systems biology (CSB)) owned by bci1

abstract relational biology (=ARB symmetry and groupoid representations ) owned by bci1

abstract simplicial complex (in simplicial complex) owned by David Jao, Andrew Archibald

abstract structure (in ARB symmetry and groupoid representations ) owned by bci1

abstract variety (=variety) owned by Michael Slone, Andrew Archibald

abstract vector (=vector) owned by Robert Milson

abundance owned by L. H.

abundant number owned by L. H.

ACA (=) owned by Henry

ACA0 (=) owned by Henry

owned by Henry

Acano a lunar calendar method owned by Milo Gardner

ACC (=ascending chain condition) owned by anti zeus

acceptance-rejection (=acceptance-rejection method) owned by Steve Cheng

acceptance-rejection method owned by Steve Cheng

acceptor (in automaton) owned by Chi Woo, Logan Hanks

accept-reject algorithm (=acceptance-rejection method) owned by Steve Cheng

accessibility relation (in Kripke semantics) owned by Chi Woo

accessible (in Kripke semantics) owned by Chi Woo

accessible (in simplified automaton) owned by Chi Woo

accumulation point (=limit point) owned by Cam McLeman, Matt Piatkus

accumulation point (in topology of the complex plane) owned by matte, J. Pahikkala

accumulation point of a sequence (in limit points of sequences) owned by Raymond Puzio

accumulation point of the sequence (in limit points of sequences) owned by Raymond Puzio

accumulation points and convergent subnets owned by Keenan Kidwell

accurate square roots of rationals (=square roots of rationals) owned by J. Pahikkala

Achilles number owned by John Smith, L. H.

achiral (in amphicheiral knot) owned by Thomas Foregger, Wilfredo Lopez

Ackermann function owned by Aaron Krowne

Ackermann function is not primitive recursive owned by Chi Woo

Ackermann function is total recursive owned by Chi Woo

A. Cohn's irreducibility criterion owned by Thomas Foregger, Lukas Horosiewicz

Acta Mathematica owned by John Smith, Anthony Morris

action (=groupoid action) owned by bci1

action (in group action) owned by David Jao, Andrew Archibald

action on cosets (in homogeneous space) owned by Robert Milson

act on (in group action) owned by David Jao, Andrew Archibald

acts on (in group action) owned by David Jao, Andrew Archibald

acute (in convex angle) owned by J. Pahikkala

acute angle (in convex angle) owned by J. Pahikkala

acute angle (in angle) owned by Chi Woo, Thomas Foregger, J. Pahikkala

acute triangle (in triangle) owned by Warren Buck, Pedro Sanchez, matte, J. Pahikkala

acyclic (=acyclic graph) owned by Logan Hanks

acyclic (in terminating reduction) owned by Chi Woo

acyclic graph owned by Logan Hanks

acyclic sheaf owned by Cam McLeman, Simone, matte

AD (=axiom of determinacy) owned by Chi Woo, Adam Booth

ad absurdum (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark

Ada Isabel Maddison (=Ada Maddison) owned by Anthony Morris

Ada Lovelace owned by Anthony Morris, Warren Buck

Ada Maddison owned by Anthony Morris

Adams Prize owned by John Smith

adapted (=adapted process) owned by Raymond Puzio, georgiosl, Chi Woo

adapted basis (in flag) owned by Robert Milson, Chi Woo, Thomas Foregger

adapted process owned by Raymond Puzio, georgiosl, Chi Woo

adding and removing parentheses in series owned by J. Pahikkala

addition (in cardinal arithmetic) owned by yark

addition owned by John Smith, Michael Slone

addition and subtraction formulae for hyperbolic functions (=addition and subtraction formulas for hyperbolic functions) owned by Warren Buck

addition and subtraction formulae for sine and cosine (=addition and subtraction formulas for sine and cosine) owned by Warren Buck

addition and subtraction formulae for tangent (=addition and subtraction formulas for tangent) owned by Warren Buck

addition and subtraction formulas for hyperbolic functions owned by Warren Buck

addition and subtraction formulas for sine and cosine owned by Warren Buck

addition and subtraction formulas for tangent owned by Warren Buck

Addition and subtraction of Integers owned by Daniel Fritz

addition chain owned by John Smith

addition formula owned by J. Pahikkala

addition formulae (in addition formula) owned by J. Pahikkala

addition formulae for hyperbolic functions (=addition and subtraction formulas for hyperbolic functions) owned by Warren Buck

addition formulae for sine and cosine (=addition and subtraction formulas for sine and cosine) owned by Warren Buck

addition formula for cosine (=addition and subtraction formulas for sine and cosine) owned by Warren Buck

addition formula for hyperbolic cosine (=addition and subtraction formulas for hyperbolic functions) owned by Warren Buck

addition formula for hyperbolic sine (=addition and subtraction formulas for hyperbolic functions) owned by Warren Buck

addition formula for hyperbolic tangent (=addition and subtraction formulas for hyperbolic functions) owned by Warren Buck

addition formula for sine (=addition and subtraction formulas for sine and cosine) owned by Warren Buck

addition formula for tangent (=addition and subtraction formulas for tangent) owned by Warren Buck

addition formula of exponential function (in proof of addition formula of exp) owned by J. Pahikkala

proof of addition formula of exp owned by J. Pahikkala

addition formulas for hyperbolic functions (=addition and subtraction formulas for hyperbolic functions) owned by Warren Buck

addition formulas for sine and cosine (=addition and subtraction formulas for sine and cosine) owned by Warren Buck

addition of ideals (in sum of ideals) owned by J. Pahikkala

addition of vectors (=parallelogram principle) owned by J. Pahikkala

addition theorem (=addition formula) owned by J. Pahikkala

additive (in additive function) owned by Warren Buck

additive owned by Andrea Ambrosio, Kevin Ferguson

additive basis owned by Boris Bukh

additive category owned by Chi Woo

additive commutator (in centralizers in algebra) owned by Algeboy, Chi Woo

additive form of Hilbert's theorem 90 owned by mathwizard

proof of additive form of Hilbert's theorem 90 owned by mathwizard

additive function owned by Warren Buck

additive function owned by paolini

additive functor owned by Chi Woo

additive group (in groups in field) owned by J. Pahikkala

additive group of the field (in groups in field) owned by J. Pahikkala

additive inverse of an inverse element owned by Thomas Foregger, aplant

additive inverse of a sum in a ring owned by Raymond Puzio, aplant

additive inverse of one element times another element is the additive inverse of their product owned by ClÃÂ¡udio Valente

additive inverse of the zero in a ring owned by aplant

additively indecomposable owned by Cam McLeman, Henry, yark

additive persistence (in digital root) owned by John Smith, Wilfredo Lopez, L. H., Anthony Morris

additive quotient category (in additive quotient category) owned by bci1

additive quotient category (=additive quotient category) owned by bci1

additive reduction (in bad reduction) owned by alozano

additive valuation (=order valuation) owned by J. Pahikkala

additivity (=additive) owned by Andrea Ambrosio, Kevin Ferguson

adèle owned by David Jao

adèle group (in adèle) owned by David Jao

adherent point owned by Cam McLeman

ad hoc owned by Cam McLeman, matte, yark, Thomas Foregger

adicity (in relation theory) owned by Jon Awbrey

ad infinitum (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark

adjacency matrix owned by Chi Woo, Thomas Foregger

adjacent (in graph) owned by Cam McLeman, Eric Tressler, Pedro Sanchez

adjacent owned by Warren Buck

adjacent fraction owned by Jani Melik

adjacent side (=adjacent) owned by Warren Buck

adjacent vertices (in diagonal) owned by Chi Woo, Warren Buck

adjoining an identity to a semigroup owned by Michael Clase

adjoint (=adjoint endomorphism) owned by Robert Milson

adjoint owned by Koro

adjoint (=involutory ring) owned by Chi Woo, Thomas Foregger

adjoint (in adjoint functor) owned by Michael Slone, Christopher Lee, bwebste, Andrew Archibald, Cam McLeman, Chi Woo, bci1

adjoint (=dual homomorphism) owned by Robert Milson, Boris Bukh

adjoint action (in adjoint representation) owned by Robert Milson, Algeboy

adjoint dynamical systems (in similarity and analogous systems: dynamic adjointness and topological equivalence) owned by bci1, Chi Woo

adjoint element (in involutory ring) owned by Chi Woo, Thomas Foregger

adjoint endomorphism owned by Robert Milson

adjoint functor owned by Michael Slone, Christopher Lee, bwebste, Andrew Archibald, Cam McLeman, Chi Woo, bci1

adjoint functor (=similarity and analogous systems: dynamic adjointness and topological equivalence) owned by bci1, Chi Woo

adjoint functor (in algebraic category) owned by bci1

adjoint functor pair (in algebraic category) owned by bci1

adjoint homomorphism (=dual homomorphism) owned by Robert Milson, Boris Bukh

adjoint invariant differential form (in invariant differential form) owned by Rui Palma

adjoint invariant form (in invariant differential form) owned by Rui Palma

adjoint map (in rigged Hilbert space) owned by bci1

adjoint matrix (=conjugate transpose) owned by Koro, matte

adjointness (=similarity and analogous systems: dynamic adjointness and topological equivalence) owned by bci1, Chi Woo

adjoint operator (=adjoint) owned by Koro

adjoint pair (in adjoint functor) owned by Michael Slone, Christopher Lee, bwebste, Andrew Archibald, Cam McLeman, Chi Woo, bci1

adjoint representation owned by Robert Milson, Algeboy

adjugate (in matrix inverse) owned by Aaron Krowne

adjugate owned by Robert Milson, Aaron Krowne, Michael Slone, Thomas Foregger

adjugate of a matrix (in matrix inverse) owned by Aaron Krowne

adjunction (in adjunction space) owned by Antonio

adjunction (in adjoint functor) owned by Michael Slone, Christopher Lee, bwebste, Andrew Archibald, Cam McLeman, Chi Woo, bci1

adjunction space owned by Antonio

adjusted canonical basis (in canonical basis) owned by J. Pahikkala

admissibility owned by gumau

admissible (=admissibility) owned by gumau

admissible ideals, bound quiver and its algebra owned by Rafael Szefler

admissible subspace (in cyclic decomposition theorem) owned by Chi Woo, gumau

Ado's theorem owned by bwebste

Adrien Douady owned by Anthony Morris, Warren Buck

Adrien-Marie Legendre owned by Anthony Morris

a.e. (=almost everywhere) owned by Cam McLeman, D. Allan Drummond

affine algebraic group owned by bwebste

affine algebraic set (in algebraic sets and polynomial ideals) owned by Cam McLeman, Stephen Forrest

affine combination owned by Chi Woo, Robert Milson, yark, Thomas Foregger

affine congruence (in geometric congruence) owned by Chi Woo, Pedro Sanchez, Thomas Foregger, Warren Buck, J. Pahikkala

affine congruent (=geometric congruence) owned by Chi Woo, Pedro Sanchez, Thomas Foregger, Warren Buck, J. Pahikkala

affine connection owned by Raymond Puzio

affine coordinates (in projective space) owned by Robert Milson, Jeff Garrett, Chi Woo

affine coordinates (=barycentric coordinates) owned by Chi Woo

affine Desarguesian (in Desargues' theorem) owned by Pedro Sanchez, Michael Slone, Chi Woo

affine geometry owned by Chi Woo, Thomas Foregger

affine hull (in affine combination) owned by Chi Woo, Robert Milson, yark, Thomas Foregger

affine hyperplane (in affine geometry) owned by Chi Woo, Thomas Foregger

affine incidence geometry (in incidence geometry) owned by Chi Woo, Warren Buck, Thomas Foregger

affine independence (in affine combination) owned by Chi Woo, Robert Milson, yark, Thomas Foregger

affine independent (=affine combination) owned by Chi Woo, Robert Milson, yark, Thomas Foregger

affine isomorphism (in affine transformation) owned by matte, Chi Woo, Aaron Krowne

affine line (in affine geometry) owned by Chi Woo, Thomas Foregger

affinely independent (in affine combination) owned by Chi Woo, Robert Milson, yark, Thomas Foregger

affinely isomorphic (in affine transformation) owned by matte, Chi Woo, Aaron Krowne

affinely-parameterized (in affine parameter) owned by Raymond Puzio

affine morphism (in finite morphism) owned by Robert Milson, Jeff Garrett, Andrew Archibald

affine parameter owned by Raymond Puzio

affine plane (in incidence structure) owned by Chi Woo, Marijke van Gans

affine point (in affine geometry) owned by Chi Woo, Thomas Foregger

affine property (in affine transformation) owned by matte, Chi Woo, Aaron Krowne

affine scheme (in scheme) owned by David Jao, Andrew Archibald

affine space owned by alozano, Robert Milson, Chi Woo, Thomas Foregger

affine space (in affine geometry) owned by Chi Woo, Thomas Foregger

affine subspace (in affine geometry) owned by Chi Woo, Thomas Foregger

affine transformation (in affine geometry) owned by Chi Woo, Thomas Foregger

affine transformation owned by matte, Chi Woo, Aaron Krowne

affine translation plane (in translation plane) owned by Chi Woo

affine variety owned by Cam McLeman, Jeff Garrett

affinity (in affine transformation) owned by matte, Chi Woo, Aaron Krowne

A finitely generated group has only finitely many subgroups of a given index owned by Alexander Frolkin,

AFL (=abstract family of languages) owned by Chi Woo

agm (=arithmetic-geometric mean) owned by Raymond Puzio, Igor Khavkine

AGM (=arithmetic-geometric mean) owned by Raymond Puzio, Igor Khavkine

A. G. Meyer (=Anja Meyer) owned by John Smith, Anthony Morris, Michael Slone, Chi Woo

AGMH inequality (=arithmetic-geometric-harmonic means inequality) owned by Pedro Sanchez

AGM inequality (=arithmetic-geometric-harmonic means inequality) owned by Pedro Sanchez

agnésienne (=curve of Agnesi) owned by L. H., John Smith

agnesienne (=curve of Agnesi) owned by L. H., John Smith

Agnesi's curve (=curve of Agnesi) owned by L. H., John Smith

Agnesi's witch (=curve of Agnesi) owned by L. H., John Smith

Agoh conjecture (=Agoh-Giuga conjecture) owned by John Smith, Anthony Morris

Agoh-Giuga conjecture owned by John Smith, Anthony Morris

Agoh's conjecture (=Agoh-Giuga conjecture) owned by John Smith, Anthony Morris

agonic lines (in distance of non-parallel lines) owned by J. Pahikkala

Ahmes' bird-feeding rate method owned by Milo Gardner,

Aitken array (=Bell's triangle) owned by John Smith

Aitken's array (=Bell's triangle) owned by John Smith

A. J. C. Cunningham (=Allan Joseph Champneys Cunningham) owned by John Smith, Anthony Morris

Akhmim Wooden Tablet owned by Milo Gardner,

Akhmim Wooden Tablet owned by L. H., Milo Gardner

Alaoglu's theorem (=Banach-Alaoglu theorem) owned by Koro

Albert Einstein owned by John Smith, Anthony Morris, J. Pahikkala, Pedro A. Fernandez, Yann Lamontagne, bci1

A lecture on trigonometric integrals and trigonometric substitution owned by alozano

Aleksandrov compactification (=Alexandrov one-point compactification) owned by yark

Aleksandrov one-point compactification (=Alexandrov one-point compactification) owned by yark

$\aleph_0$ -categorical (=countably categorical structures) owned by Manuel Bodirsky

aleph numbers owned by yark

alephs (=aleph numbers) owned by yark

Alexander Grothendieck owned by John Smith, Anthony Morris, bci1

Alexander Grothendieck's biography with his major mathematical contributions owned by bci1

Alexander Grothendieck's mathematical `genealogy' owned by bci1

Alexander Grothendieck's mathematical heritage: ``Esquisse d'un Programme" owned by bci1

Alexander Grothendieck's mathematical research proposal (=Alexander Grothendieck's mathematical heritage: ``Esquisse d'un Programme") owned by bci1

Alexander Grothendieck's seminars and books owned by bci1

Alexander trick owned by Juan M. Marquez B., Chi Woo,

Alexandroff compactification (=Alexandrov one-point compactification) owned by yark

Alexandroff one-point compactification (=Alexandrov one-point compactification) owned by yark

Alexandroff space owned by Rafael Szefler

Alexandroff space is T1 if and only if it is discrete owned by Rafael Szefler

example of an Alexandroff space which cannot be turned into a topological group owned by Rafael Szefler

Alexandrov compactification (=Alexandrov one-point compactification) owned by yark

Alexandrov one-point compactification owned by yark

algebra owned by David Jao, Chi Woo

algebra (in algebras) owned by Algeboy

algebra (in MSC classification of objects: articles search ) owned by bci1

*-algebra (in topological -algebra) owned by HkBst, Rui Palma

algebra formed from a category owned by Raymond Puzio, yark

algebraic owned by David Jao, Robert Milson

algebraic owned by Pedro Sanchez

algebraic (=algebraic map) owned by Cam McLeman, bwebste

algebraically closed owned by David Jao, Robert Milson

algebraically conjugate (=algebraic conjugates) owned by Cam McLeman

algebraically dependent owned by Cam McLeman

algebraically independent (in algebraically dependent) owned by Cam McLeman

algebraically solvable owned by J. Pahikkala

AlgebraicallyThinSquares (=thin square) owned by bci1

algebraic and geometric multiplicity do not coincide owned by matte

algebraic automata theory (= MV-Logics in the Category of Automata ) owned by bci1

algebraic categories (=categorical algebra) owned by bci1, Chi Woo

algebraic categories and classes of algebras owned by bci1

algebraic categories without free objects owned by Algeboy

algebraic category (=logicism) owned by LOURENCO MANUEL S.

algebraic category (in algebraic categories and classes of algebras) owned by bci1

algebraic category owned by bci1

algebraic category of $LM_n$

logic algebras (=generalized toposes with many-valued logic subobject classifiers) owned by bci1, Chi Woo

algebraic category of LMn logic algebras (in generalized toposes with many-valued logic subobject classifiers) owned by bci1, Chi Woo

algebraic category of quantum automata (in algebraic category of quantum automata) owned by bci1

algebraic category of quantum automata owned by bci1

algebraic class (in implicational class) owned by Chi Woo

algebraic closure (in algebraically closed) owned by David Jao, Robert Milson

algebraic closure of a finite field owned by Algeboy

algebraic closure system (in intersection structure) owned by Chi Woo

algebraic complement (=complementary subspace) owned by Robert Milson, Chi Woo,

algebraic computation (=symbolic computation) owned by Aaron Krowne

algebraic conjugates owned by Cam McLeman

algebraic connectivity (in algebraic connectivity of a graph) owned by Thomas Foregger

algebraic connectivity of a graph owned by Thomas Foregger

algebraic consequence operator (in consequence operator) owned by Raymond Puzio, yark

algebraic curve (in algebraic function) owned by Chi Woo, Igor Khavkine

algebraic dcpo (in algebraic lattice) owned by Chi Woo

algebraic definition of a lattice owned by Chi Woo

algebraic dependence (in algebraically dependent) owned by Cam McLeman

algebraic domain (in period) owned by Cam McLeman

algebraic dual (=dual space) owned by Yann Lamontagne, Matt Piatkus, Larry Hammick

algebraic equation owned by John Smith, J. Pahikkala

algebraic equivalence of divisors owned by alozano

algebraic extension owned by alozano

algebraic field extension (=algebraic extension) owned by alozano

Algebraic Foundations of Mathematics (=topic entry on the algebraic foundations of mathematics) owned by bci1

Algebraic Foundations of Quantum Algebraic Topology topic (=topic on the algebraic foundations of quantum algebraic topology) owned by bci1

algebraic function owned by Chi Woo, Igor Khavkine

algebraic function field (=function field) owned by alozano

algebraic geometry owned by Andrew Archibald, Pedro Sanchez, mhale, Raymond Puzio

algebraic geometry (=topics in algebraic topology) owned by bci1

algebraic geometry (in MSC classification of objects: articles search ) owned by bci1

an algebraic identity leading to Wilson's theorem owned by Gera Weiss, Koro,

algebraic independence (in algebraically dependent) owned by Cam McLeman

algebraic independence of elementary symmetric polynomials owned by Michael Clase

proof of algebraic independence of elementary symmetric polynomials owned by lalberti

algebraic integer owned by Kimberly Lloyd

algebraic intersection structure (in intersection structure) owned by Chi Woo

Algebraic K-theory owned by mhale

examples of algebraic K-theory groups owned by mhale

algebraic lattice owned by Chi Woo

algebraic logics (in MSC classification of objects: articles search ) owned by bci1

algebraic manifold owned by Jiri Lebl

algebraic map owned by Cam McLeman, bwebste

algebraic morphism (in Borel morphism) owned by bci1

algebraic multiplicity (in multiplicity of eigenvalue) owned by matte, Chi Woo

algebraic number owned by Kimberly Lloyd

algebraic number field (=number field) owned by alozano, Jeff Garrett

algebraic numbers are countable owned by J. Pahikkala

algebraic numbers may be set in a sequence (=algebraic numbers are countable) owned by J. Pahikkala

algebraic number theory owned by alozano, Cam McLeman

algebraic representation (in categorical algebra) owned by bci1, Chi Woo

algebraic representation of relation composition owned by Jon Awbrey

algebraic set (in algebraic sets and polynomial ideals) owned by Cam McLeman, Stephen Forrest

algebraic sets and polynomial ideals owned by Cam McLeman, Stephen Forrest

algebraic sines and cosines owned by J. Pahikkala

algebraic solvability (=algebraically solvable) owned by J. Pahikkala

algebraic structure (=algebraic system) owned by Chi Woo, Raymond Puzio, J. Pahikkala, yark

algebraic structure (in topic entry on the algebraic foundations of mathematics) owned by bci1

algebraic submanifold (=algebraic manifold) owned by Jiri Lebl

algebraic sum and product owned by J. Pahikkala

algebraic system owned by Chi Woo, Raymond Puzio, J. Pahikkala, yark

examples of algebraic systems owned by Chi Woo, bci1

algebraic theories of organismic organizational structures and relations (=theory of organismic sets and mathematical relations) owned by bci1

algebraic topology (in MSC classification of objects: articles search ) owned by bci1

algebraic topology bibliography (=bibliography for groupoids and algebraic topology) owned by bci1

Algebraic Topology Foundations of Quantum theories (=quantum algebraic topology topics) owned by bci1

algebraic torus owned by bwebste

algebraic unit (in unit) owned by Pedro Sanchez, J. Pahikkala

algebra (module) owned by Cam McLeman, Larry Hammick

algebra of sets (=ring of sets) owned by Chi Woo, yark

algebras owned by Algeboy

algebras (=algebraic categories and classes of algebras) owned by bci1

example of algebras and coalgebras which cannot be turned into Hopf algebras owned by Rafael Szefler

examples of algebras (=concepts in abstract algebra) owned by matte, Raymond Puzio, J. Pahikkala, Chi Woo, Aaron Krowne, Warren Buck, Rui Palma, Noud Aldenhoven, bci1

algebra without order owned by Cam McLeman, Dr. Dinesh Karia

algebra with polynomial identity (=polynomial identity algebra) owned by Chi Woo, Michael Slone

algebrically irreducible (in Banach *-algebra representation) owned by Rui Palma, bci1

algebroid extended symmetries (in algebroid structures and extended symmetries) owned by bci1

algebroid structure (in algebroid structures and extended symmetries) owned by bci1

algebroid structures and extended symmetries owned by bci1

algorithm owned by jk81, Warren Buck, Pedro A. Fernandez, Chi Woo

algorithm for modular exponentiation owned by John Smith

algorithmic entropy (=Kolmogorov complexity function) owned by tromp

algorithmic entropy (=Kolmogorov complexity) owned by tromp

algorithmic information theory (=Kolmogorov complexity) owned by tromp

aliasing owned by Aaron Krowne

aliquot part (=proper divisor) owned by John Smith, L. H.

aliquot sequence owned by John Smith, L. H.

examples of aliquot sequences owned by John Smith, Anthony Morris

all algebraic numbers in a sequence owned by J. Pahikkala

Allan Joseph Champneys Cunningham owned by John Smith, Anthony Morris

all bases for a vector space have the same cardinality owned by Chi Woo

proof that all cyclic groups are abelian owned by Warren Buck

proof that all cyclic groups of the same order are isomorphic to each other owned by Warren Buck

all derivatives of sinc are bounded by $1$

owned by matte, Thomas Foregger, Warren Buck

all norms are not equivalent owned by matte, Thomas Foregger

all norms on finite-dimensional vector spaces are equivalent owned by Jiri Lebl

all-one polynomial (=all one polynomial) owned by Derek Williams

all one polynomial owned by Derek Williams

all orthonormal bases have the same cardinality owned by Rui Palma, J. Pahikkala

all pairs shortest path algorithm (=Floyd's algorithm) owned by Kevin Ferguson

all positive integers are polite numbers except powers of two owned by John Smith

proof of all positive integers are polite numbers except powers of two owned by n847530

proof that all powers of 3 are perfect totient numbers owned by John Smith

all snow tastes cold (=determining signs of trigonometric functions) owned by Warren Buck

all solution of the Lorenz equation enter an ellipsoid owned by Yann Lamontagne

all students take calculus (=determining signs of trigonometric functions) owned by Warren Buck

proof that all subgroups of a cyclic group are cyclic owned by Warren Buck

All unnatural square roots are irrational owned by ubershmekel

almost all (=almost everywhere) owned by Cam McLeman, D. Allan Drummond

almost cocommutative bialgebra owned by bwebste

almost complex structure owned by Raymond Puzio, bwebste, Cam McLeman, Chi Woo

almost-complex structure (in reduction of structure group) owned by Antonio

almost continuous (=almost continuous function) owned by Warren Buck

almost continuous function owned by Warren Buck

almost convergent (in almost convergent) owned by kompik, Chi Woo,

almost convergent owned by kompik, Chi Woo,

almost convex owned by georgiosl

almost everywhere owned by Cam McLeman, D. Allan Drummond

almost open set (in Schauder lemma) owned by Karsten Bohlen

almost perfect number owned by John Smith, L. H.

almost periodic (in almost periodic function (classical definition)) owned by Pedro Sanchez, Raymond Puzio, yark

almost periodic function (=almost periodic function (classical definition)) owned by Pedro Sanchez, Raymond Puzio, yark

almost periodic function (classical definition) owned by Pedro Sanchez, Raymond Puzio, yark

almost periodic function (equivalent definition) owned by Raymond Puzio, Thomas Foregger

almost prime (in semiprime) owned by Pedro Sanchez, Jani Melik, Cam McLeman

almost surely (=almost everywhere) owned by Cam McLeman, D. Allan Drummond

almost surely absolutely bounded random variable owned by Andrea Ambrosio

almost uniform convergence (in modes of convergence of sequences of measurable functions) owned by Warren Buck

Alon-Chung lemma owned by Kenneth Shum

proof of Alon-Chung lemma owned by Kenneth Shum

alphabet owned by Cam McLeman, xriso

$(\alpha+\beta)$ -conjecture (=Mann's theorem) owned by Boris Bukh

alphabet of a language (in language) owned by Michael Slone, xriso, Boris Bukh, Chi Woo

alphabet of a word (in language) owned by Michael Slone, xriso, Boris Bukh, Chi Woo

alpha invariant (in rank-selected poset) owned by Michael Slone

alpha-limit (in $\omega$ -limit set) owned by Koro

$\alpha$ -limit (in $\omega$ -limit set) owned by Koro

$\alpha$ -limit cycle (=limit cycle) owned by Yann Lamontagne

$\alpha$ -limit set (=omega limit set) owned by Cam McLeman, Julien Arino

alpha limit set (in omega limit set) owned by Cam McLeman, Julien Arino

$\alpha$ -th level (in tree (set theoretic)) owned by Henry,

alternate characterization of curl owned by Steve Cheng

Alternate cubic formula (=trigonometric cubic formula) owned by Cam McLeman, Stephen Taylor

alternate form (=alternating form) owned by Chi Woo

alternate form of sum of $r$

th powers of the first $n$

positive integers owned by Roger Lipsett

alternate integral representation of beta function owned by Raymond Puzio

alternate integral representation of beta function (2) owned by Karsten Bohlen

alternate interior angle (in corresponding angles in transversal cutting) owned by Warren Buck, J. Pahikkala

alternate proof of Mantel's theorem owned by Lieven Marchand,

alternate proof of Möbius inversion formula owned by Roger Lipsett

alternate proof of parallelogram law owned by Pedro Sanchez, Blaine Dowler

alternate statement of Bolzano-Weierstrass theorem owned by Cam McLeman, Keenan Kidwell

alternating (=alternating form) owned by Chi Woo

alternating (in alternating knot) owned by Thomas Foregger, Wilfredo Lopez

alternating factorial owned by John Smith, Anthony Morris

alternating form owned by Chi Woo

alternating group (in examples of finite simple groups) owned by Cam McLeman, NeuRet, Boris Bukh, yark

the alternating group has index 2 in the symmetric group owned by yesitis

alternating group is a normal subgroup of the symmetric group owned by Chi Woo, James Wrkich, Cam McLeman

alternating harmonic series owned by Chi Woo, J. Pahikkala

alternating hyperbolic plane (in alternating form) owned by Chi Woo

alternating knot owned by Thomas Foregger, Wilfredo Lopez

alternating p-series (in alternating harmonic series) owned by Chi Woo, J. Pahikkala

alternating $p$

-series (=alternating harmonic series) owned by Chi Woo, J. Pahikkala

alternating series owned by Cam McLeman, David

alternating series test (=alternating series) owned by Cam McLeman, David

alternating series test owned by Koro, David, Stephen Forrest, matte, Larry Hammick

proof of alternating series test owned by Warren Buck, Austin Calder

alternating sum owned by John Smith

alternative algebra owned by Chi Woo

alternative characterization of filter owned by Raymond Puzio

proof of alternative characterization of filter owned by Raymond Puzio

alternative characterization of multiply transitive permutation groups owned by Roger Lipsett

alternative characterization of primitive recursiveness owned by Chi Woo

alternative characterization of Stone-Čech compactification owned by Raymond Puzio, yark

alternative characterization of ultrafilter owned by yark, Raymond Puzio

proof of alternative characterization of ultrafilter owned by Raymond Puzio

alternative characterizations of Noetherian topological spaces owned by yark, Stephen Forrest

proof of alternative characterizations of Noetherian topological spaces owned by yark, Oudeis

alternative characterizations of recursive functions owned by Raymond Puzio, yark, Chi Woo

alternative definition of algebraically closed owned by lataianu bogdan

alternative definition of a multigraph owned by Rafael Szefler

alternative definition of a quasigroup owned by Chi Woo

alternative definition of C*-algebra (in compact quantum groupoids related to C*-algebras) owned by bci1, Chi Woo

alternative definition of cardinality owned by Chi Woo

alternative definition of category owned by Raymond Puzio, Michael Slone, Chi Woo

alternative definition of category owned by Raymond Puzio

alternative definition of group owned by J. Pahikkala

alternative definition of Krull valuation owned by lataianu bogdan

an alternative definition of Lebesgue integral owned by Gorkem Ozkaya,

alternative definition of metric space owned by Raymond Puzio, Thomas Foregger

alternative definition of the natural logarithm owned by Chi Woo, dextercioby, Michael Slone, Warren Buck, J. Pahikkala

alternative definition of valuation owned by Raymond Puzio

alternative definitions of countable owned by Chi Woo

alternative denial (=Sheffer stroke) owned by Chi Woo

alternative hypothesis (in hypothesis testing) owned by Chi Woo

alternative proof of condition on a near ring to be a ring owned by Warren Buck

alternative proof of derivative of $x^n$

owned by Warren Buck

alternative proof of Euclid's lemma owned by alozano

alternative proof of necessity direction of equivalent conditions for triangles (hyperbolic and spherical) owned by Warren Buck

alternative proof of the fundamental theorem of calculus owned by ruffa

alternative proof that a finite integral domain is a field owned by Warren Buck

alternative proof that $\sqrt{2}$ is irrational owned by Warren Buck

alternative ring (in alternative algebra) owned by Chi Woo

alternative treatment of concatenation owned by Raymond Puzio, Chi Woo

alternative way to find area of spherical calotte (=area of spherical calotte by means of chord) owned by J. Pahikkala

altitude (in prismatoid) owned by Thomas Foregger

amalgam (=free product with amalgamated subgroup) owned by Cam McLeman, Dr_Absentius, yark

amalgamated free product (=free product with amalgamated subgroup) owned by Cam McLeman, Dr_Absentius, yark

amalgamated sum (=categorical pullback) owned by Chi Woo, Michael Slone

amalgamation property (in amalgamation property) owned by Thomas Foregger, Tim Mellor

amalgamation property owned by Thomas Foregger, Tim Mellor

Amanda Hayes (=Ellen Hayes) owned by Anthony Morris

ambiguous (in ambiguous grammar) owned by Chi Woo

ambiguous grammar owned by Chi Woo

ambiguous numeration system (in numeration system) owned by Chi Woo

AMC (=variations on axiom of choice) owned by Chi Woo

Amdahl's Law owned by alozano, Aaron Krowne

proof of Amdahl's Law owned by Lieven Marchand,

amenable (in amenable group) owned by mhale

amenable group owned by mhale

amenable number owned by John Smith

American Mathematical Society owned by John Smith

amicable (=amicable numbers) owned by alozano

amicable numbers owned by alozano

amicable pair (=amicable numbers) owned by alozano

amnestic functor owned by Victor Porton

Ampere's Law (in Maxwell's equations) owned by Stewart Martin-Haugh

ampheck owned by Jon Awbrey

amphicheiral knot owned by Thomas Foregger, Wilfredo Lopez

ample owned by Andrew Archibald, bwebste, yark

AMS classification for: general applied mathematics (in MSC classification of objects: articles search ) owned by bci1

AMS MSC classification of articles and conversion tables owned by bci1

anabelian geometry (=noncommutative geometry) owned by bci1

analogous systems (in similarity and analogous systems: dynamic adjointness and topological equivalence) owned by bci1, Chi Woo

analogy (=similarity and analogous systems: dynamic adjointness and topological equivalence) owned by bci1, Chi Woo

analysis (=topic entry on analysis) owned by Chi Woo, Raymond Puzio, Rui Palma, J. Pahikkala, smithpith

analysis of covariance (in general linear model) owned by Chi Woo, Thomas Foregger

analysis of variance (in general linear model) owned by Chi Woo, Thomas Foregger

analysis operator (in frame) owned by Alex Gittens

analytic owned by David Jao

analytic algebraic (=analytic algebraic function) owned by Jiri Lebl

analytic algebraic function owned by Jiri Lebl

analytic algebraic mapping (in analytic algebraic function) owned by Jiri Lebl

analytical geometry (in MSC classification of objects: articles search ) owned by bci1

analytical hierarchy (=analytic hierarchy) owned by Henry

analytically hypoelliptic (in hypoelliptic) owned by Jiri Lebl

analytic arc (=analytic curve) owned by Jiri Lebl

analytic at infinity (=regular at infinity) owned by J. Pahikkala

analytic Banach space valued function (=Banach space valued analytic functions) owned by Rui Palma

analytic (Borel) groupoid (in Borel groupoid) owned by bci1

analytic Borel space (in Borel groupoid) owned by bci1

analytic continuation owned by Raymond Puzio, yark, J. Pahikkala

analytic continuation along an arc (in analytic continuation) owned by Raymond Puzio, yark, J. Pahikkala

analytic continuation along a path (in analytic continuation) owned by Raymond Puzio, yark, J. Pahikkala

analytic continuation by power series owned by Raymond Puzio

example of analytic continuation owned by J. Pahikkala

analytic continuation of gamma function owned by J. Pahikkala

analytic continuation of Riemann zeta to critical strip owned by J. Pahikkala

analytic continuation of Riemann zeta (using integral) owned by Raymond Puzio, Thomas Foregger, J. Pahikkala

analytic curve owned by Jiri Lebl

analytic disc owned by Jiri Lebl

analytic function (=analytic) owned by David Jao

analytic geometry owned by J. Pahikkala, Thomas Foregger, Warren Buck, bci1

analytic groupoid (in locally compact groupoids) owned by bci1

analytic groupoid (in Borel groupoid) owned by bci1

analytic hierarchy owned by Henry

analytic hypoelliptic (in hypoelliptic) owned by Jiri Lebl

analytic number theory owned by Warren Buck

analytic polyhedra (=analytic polyhedron) owned by Jiri Lebl

analytic polyhedron owned by Jiri Lebl

analytics (=logicism) owned by LOURENCO MANUEL S.

analytics and formal logics in meta-mathematics owned by bci1

analytic set owned by Jiri Lebl

analytic set owned by George Lowther

analytic sets define a closure operator owned by George Lowther

analytic sheaf owned by Jiri Lebl

analytic solution of Black-Scholes PDE owned by Steve Cheng

analytic solution to Ornstein-Uhlenbeck SDE owned by Steve Cheng

analytic space owned by Jiri Lebl

analytic structure (in complex analytic manifold) owned by Jiri Lebl

analytic variety (=analytic set) owned by Jiri Lebl

analytic with respect to (in analytic set) owned by George Lowther

ancestor (in tree (set theoretic)) owned by Henry,

anchor (in Lie algebroids) owned by bci1

anchor map (in groupoid action) owned by bci1

ANCOVA (in general linear model) owned by Chi Woo, Thomas Foregger

and meta-categories (in axiomatic theory of supercategories and metacategories) owned by bci1

and operator (=meet) owned by yark, greg

Andre Bloch (=André Bloch) owned by John Smith, Anthony Morris

André Bloch owned by John Smith, Anthony Morris

Andrew John Wiles (=Andrew Wiles) owned by John Smith, Anthony Morris, Michael Slone, Thomas Foregger, Wilfredo Lopez, Chi Woo

Andrew Odlyzko owned by John Smith, Anthony Morris, Michael Slone, Chi Woo

Andrew Wiles owned by John Smith, Anthony Morris, Michael Slone, Thomas Foregger, Wilfredo Lopez, Chi Woo

Andrica conjecture (=Andrica's conjecture) owned by John Smith

Andrica's conjecture owned by John Smith

angle owned by Chi Woo, Thomas Foregger, J. Pahikkala

angle between differentiable surfaces (in angle between two planes) owned by Chi Woo, J. Pahikkala, Steve Cheng

angle between line and plane owned by J. Pahikkala

angle between plane and line (in angle between line and plane) owned by J. Pahikkala

angle between planes (=angle between two planes) owned by Chi Woo, J. Pahikkala, Steve Cheng

angle between two curves (in angle between two lines) owned by J. Pahikkala, Chi Woo

angle between two lines owned by J. Pahikkala, Chi Woo

angle between two planes owned by Chi Woo, J. Pahikkala, Steve Cheng

angle between two vectors (in inner product space) owned by Chi Woo, Axel Boldt, Aaron Krowne, yark, J. Pahikkala

angle bisector owned by Girishankar gurumurthy

angle bisector as locus owned by J. Pahikkala

angle bisector theorem (=bisectors theorem) owned by Pedro Sanchez, J. Pahikkala

angle coefficient (?) (=slope) owned by J. Pahikkala, Pedro Sanchez

angle function (= $\operatorname{arc tan}$ with two arguments) owned by matte, Pedro Sanchez, Chi Woo, J. Pahikkala, Steve Cheng

angle measure (in angle) owned by Chi Woo, Thomas Foregger, J. Pahikkala

angle multiplication and division formulae for tangent owned by Raymond Puzio, J. Pahikkala, Thomas Foregger

angle of parallelism (in Lobachevsky's formula) owned by vmoraru

angle of rotation (in Euclidean transformation) owned by Chi Woo, Rozenn Dahyot, Warren Buck

angle of view (in angle of view of a line segment) owned by J. Pahikkala

angle of view of a line segment owned by J. Pahikkala

angles of an isosceles triangle owned by Warren Buck

angles of a polygon (in polygon) owned by Thomas Foregger, Pedro Sanchez, matte, Michael Slone, Warren Buck, Chi Woo

angle sum (in polygon) owned by Warren Buck

proof of angle sum identities owned by Raymond Puzio

angle sum identity owned by Cam McLeman, Jesse McKeown

animation graphics (in interactive animation graphics) owned by bci1

anisotropic quadratic form (in isotropic quadratic space) owned by Chi Woo

anisotropic quadratic space (in isotropic quadratic space) owned by Chi Woo

anisotropic vector (in isotropic quadratic space) owned by Chi Woo

Anja Gabrielle Meyer (=Anja Meyer) owned by John Smith, Anthony Morris, Michael Slone, Chi Woo

Anja Meyer owned by John Smith, Anthony Morris, Michael Slone, Chi Woo

Anna Nagurney owned by John Smith, Anthony Morris, Roger Lipsett, lsnuha

annihilated subspace (in annihilator of vector subspace) owned by Steve Cheng

annihilator owned by anti zeus, Chi Woo

annihilator (=conductor of a vector) owned by Chi Woo, gumau

annihilator (in Berlekamp-Massey algorithm) owned by Cam McLeman, daveagp

annihilator (in annihilator of vector subspace) owned by Steve Cheng

annihilator is an ideal owned by yark, Stephen Forrest

annihilator of vector subspace owned by Steve Cheng

annihilator polynomial (=conductor of a vector) owned by Chi Woo, gumau

annihilator prime (=associated prime) owned by Raymond Puzio, anti zeus, Chi Woo

annular region (=annulus) owned by Warren Buck, Jay Pottharst

annulus owned by Aaron Krowne

annulus owned by Warren Buck, Jay Pottharst

annulus (in concentric circles) owned by Pedro Sanchez, Andrei Prokopiw

Anosov diffeomorphism owned by Koro

Anosov flow (in Anosov diffeomorphism) owned by Koro

another definition of cofinality owned by x_bas, Chi Woo

another example of Dirac sequence owned by Warren Buck

another proof of Bernoulli's inequality owned by a4karo

another proof of cardinality of the rationals owned by Thomas Foregger

another proof of Dini's theorem owned by gumau

another proof of Jensen's inequality owned by Andrea Ambrosio

another proof of pigeonhole principle owned by ratboy

another proof of rank-nullity theorem owned by Chi Woo

another proof of the non-existence of a continuous function that switches the rational and the irrational numbers owned by neapol1s

another proof of Young inequality owned by a4karo

another proof that a number is polite iff it is positive and not a positive power of $2$

owned by Chi Woo

another solution problem (in nonogram) owned by Michael Slone

ANOVA (in general linear model) owned by Chi Woo, Thomas Foregger

An over view of Ahmes Papyrus owned by Milo Gardner,

Ansatz (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark

antecedent (in semi-Thue system) owned by Chi Woo

antecedent (in logical implication) owned by Jon Awbrey

antecedent (in Gentzen system) owned by Chi Woo

anthyphairetic ratio (in continued fraction) owned by John Smith, Jani Melik, Larry Hammick, Boris Bukh, Anthony Morris

anti-AFL (in abstract family of languages) owned by Chi Woo

anti-associative (in associator) owned by Chi Woo

anti-automorphism (in anti-isomorphism) owned by Thomas Foregger

antichain (in antichain) owned by Henry

antichain owned by Henry

anticlique (=independent set and independence number) owned by Raymond Puzio, Kenneth Shum

anticommutative owned by J. Pahikkala

anticommutative operation (=anticommutative) owned by J. Pahikkala

anticommutativity (=anticommutative) owned by J. Pahikkala

anticommutator bracket (in Cartan calculus) owned by bci1, Rajan Mehta, Chi Woo

anticone (=anti-cone) owned by Steve Cheng

anti-cone owned by Steve Cheng

antiderivative owned by Rui Palma, xriso, Andrew Ross, J. Pahikkala, hv, Warren Buck

antiderivative of complex function owned by Warren Buck, J. Pahikkala

antiderivative of rational function owned by J. Pahikkala

antiderivative of $\sqrt{x^2+1}$ (=integration of $\sqrt{x^2+1}$ ) owned by J. Pahikkala

anti-diagonal matrix owned by matte, georgiosl, Thomas Foregger

anti-endomorphism (in anti-isomorphism) owned by Thomas Foregger

antiharmonic mean (in contraharmonic proportion) owned by J. Pahikkala

anti-Hermitian matrix (=skew-Hermitian matrix) owned by matte, Thomas Foregger

antiholomorphic owned by J. Pahikkala

antiholomorphic function (=antiholomorphic) owned by J. Pahikkala

antiholomorphic vector (in CR submanifold) owned by Jiri Lebl

anti-homomorphism (in anti-isomorphism) owned by Thomas Foregger

antihomomorphism (in quantum operator algebras in quantum field theories) owned by bci1

antihomomorphism (in homomorphism of languages) owned by Chi Woo

anti-idempotent owned by Cam McLeman

anti-isomorphic (in anti-isomorphism) owned by Thomas Foregger

anti-isomorphism owned by Thomas Foregger

antilattice (in Riesz group) owned by Chi Woo

antiparallelogram (in crossed quadrilateral) owned by J. Pahikkala, Warren Buck

antiperiod (in antiperiodic function) owned by J. Pahikkala

antiperiodic (in antiperiodic function) owned by J. Pahikkala

antiperiodic function owned by J. Pahikkala

antiperiodicity (in antiperiodic function) owned by J. Pahikkala

antipodal owned by Cam McLeman, matte

antipodal isothermic points owned by J. Pahikkala

antipodal map (in antipodal) owned by Cam McLeman, matte

antipodal map on $S^n$

is homotopic to the identity if and only if $n$

is odd owned by Michael Slone

antipodal points (in antipodal) owned by Cam McLeman, matte

antipode (in Hopf algebra) owned by mhale

antipode map (in weak Hopf algebra) owned by bci1

antiprism owned by Warren Buck

antireflexive (=irreflexive) owned by Chi Woo, smw

anti self-dual (in self-dual) owned by Robert Milson

antisymmetric (in skew-symmetric bilinear form) owned by Sebastian Leske, hgilde, Chi Woo

antisymmetric owned by Andrew Ross, xriso,

anti-symmetric (in skew-symmetric bilinear form) owned by Sebastian Leske, hgilde, Chi Woo

antisymmetric (=antisymmetric mapping) owned by Robert Milson, Thomas Foregger, Joe Corneli

anti-symmetric (=antisymmetric mapping) owned by Robert Milson, Thomas Foregger, Joe Corneli

anti-symmetric bilinear form (=skew-symmetric bilinear form) owned by Sebastian Leske, hgilde, Chi Woo

antisymmetric bilinear form (=skew-symmetric bilinear form) owned by Sebastian Leske, hgilde, Chi Woo

antisymmetric element (in special elements in a relation algebra) owned by Chi Woo

example of antisymmetric owned by Algeboy

antisymmetric mapping owned by Robert Milson, Thomas Foregger, Joe Corneli

antisymmetry (=antisymmetric) owned by Andrew Ross, xriso,

antitone (=order-preserving map) owned by Victor Porton

antitonic (=order-preserving map) owned by Victor Porton

Anton's congruence owned by Thomas Heye

AOP (=all one polynomial) owned by Derek Williams

aperiodic Markov chain (in periodicity of a Markov chain) owned by Chi Woo

aperiodic state (in periodicity of a Markov chain) owned by Chi Woo

Apéry's constant owned by Boris Bukh, Larry Hammick

apex (in cone in $\mathbb{R}^3$ ) owned by J. Pahikkala, Chi Woo, yark, Warren Buck, Steve Cheng

apex (in parabola) owned by Michael Slone, J. Pahikkala, Warren Buck

apex of hyperbola (in hyperbola) owned by J. Pahikkala, Chi Woo

aphelium (in ellipse) owned by matte, Chi Woo, Nicky van Foreest, Pedro A. Fernandez, Warren Buck, J. Pahikkala

apices of hyperbola (in hyperbola) owned by J. Pahikkala, Chi Woo

Apollonius' circle owned by Pedro Sanchez, J. Pahikkala

Apollonius theorem owned by yark, Pedro Sanchez, matte

proof of Apollonius theorem owned by Pedro Sanchez

proof of Apollonius theorem owned by Jesse McKeown

apothem (in regular polygon) owned by Warren Buck, Pedro Sanchez, Andrew Archibald, Boris Bukh, Michael Slone, Raymond Puzio

Appel-Haken theorem (=four-color conjecture) owned by Boris Bukh, mathwizard

Appell sequence owned by J. Pahikkala

applicate (in Cartesian coordinates) owned by J. Pahikkala

application of Cauchy criterion for convergence owned by J. Pahikkala

application of Cauchy-Schwarz inequality (=application of Cauchy--Schwarz inequality) owned by J. Pahikkala

application of Cauchy--Schwarz inequality owned by J. Pahikkala

application of fundamental theorem of integral calculus owned by J. Pahikkala

application of logarithm series owned by J. Pahikkala

application of sine integral at infinity owned by J. Pahikkala

an application of Z-matrix in a mobile radio system owned by Kenneth Shum

applications (in toposes category theory) owned by bci1

applications of second order recurrence relation formula owned by Warren Buck

applications of Urysohn's Lemma to locally compact Hausdorff spaces owned by Keenan Kidwell

applying elementary symmetric polynomials owned by J. Pahikkala

applying generating function owned by J. Pahikkala

approval voting (in range voting) owned by Thomas Foregger, wdsmith

approximate identity owned by Rui Palma, Thomas Foregger

approximate non-linear transformation of affine combination owned by Steve Cheng

approximate tangent plane (in rectifiable set) owned by paolini

approximate unit (=approximate identity) owned by Rui Palma, Thomas Foregger

approximating algebraic numbers with linear recurrences owned by Raymond Puzio, J. Pahikkala, Thomas Foregger

approximating Fourier integrals with discrete Fourier transforms owned by Steve Cheng

approximating sums of rational functions owned by Raymond Puzio

approximating the birthday problem owned by Algeboy, Michael Slone, Thomas Foregger, Chi Woo, Warren Buck

approximation owned by Raymond Puzio, Gunnar, Chi Woo, J. Pahikkala

approximation by finite rank operators (=approximation property) owned by Rui Palma

approximation by polynomials (in best approximation in inner product spaces) owned by Rui Palma

approximation of the log function owned by Thomas Foregger, stephen r walsh, aplant, yark

approximation property owned by Rui Palma

approximation theorem (=independence of valuations) owned by J. Pahikkala

approximation theorem for an arbitrary space owned by bci1

approximation theorems for topological spaces (=approximation theorem for an arbitrary space) owned by bci1

AR (=autoregressive model) owned by Kamil Dedecius,

Arabic numerals owned by Milo Gardner,

ARB (in ARB symmetry and groupoid representations ) owned by bci1

arbitrary join owned by Chi Woo

arbitrary meet (in arbitrary join) owned by Chi Woo

ARB symmetry and groupoid representations owned by bci1

arc (in path) owned by Raymond Puzio, Christopher Lee

arc cosine (in cyclometric functions) owned by J. Pahikkala

arc cotangent (in cyclometric functions) owned by J. Pahikkala

arc-cotangent irreducible number (=Størmer number) owned by John Smith

arc functions (=cyclometric functions) owned by J. Pahikkala

archimedean (in valuation) owned by David Jao

Archimedean (in infinitesimal) owned by Michael Slone, Tim Mellor, Thomas Foregger, Chi Woo

Archimedean (in Archimedean semigroup) owned by Michael Clase

Archimedean (in partially ordered group) owned by Chi Woo

Archimedean ordered fields are real owned by Raymond Puzio, J. Pahikkala, Thomas Foregger, Chi Woo

Archimedean partially ordered group (in partially ordered group) owned by Chi Woo

archimedean place (in ramification of archimedean places) owned by alozano

Archimedean po-group (=partially ordered group) owned by Chi Woo

Archimedean principle (=Archimedean property) owned by Yann Lamontagne, Kevin Ferguson, yark

Archimedean property owned by Yann Lamontagne, Kevin Ferguson, yark

Archimedean semigroup owned by Michael Clase

Archimedean spiral owned by Raymond Puzio, vmoraru, yark

Archimedes' calculus owned by Milo Gardner, Chi Woo

Archimedes' cylinders in cube owned by J. Pahikkala

arc length owned by Cam McLeman, Ronald Lett

arclength as filtered limit owned by Raymond Puzio, yark

arc length example owned by J. Pahikkala, Steve Cheng

arc length of exponential curve (=arc length of logarithmic curve) owned by J. Pahikkala

arc length of logarithmic curve owned by J. Pahikkala

arc length of Nielsen's spiral (=curvature of Nielsen's spiral) owned by J. Pahikkala, Steve Cheng

arc length of parabola owned by J. Pahikkala

arclength parameterization (in space curve) owned by Thomas Foregger, Ronald Lett, Robert Milson

arcosh (in area functions) owned by J. Pahikkala

arcoth (in area functions) owned by J. Pahikkala

arc sine (in cyclometric functions) owned by J. Pahikkala

arc tangent (in cyclometric functions) owned by J. Pahikkala

arcus functions (=cyclometric functions) owned by J. Pahikkala

arcwise connected (in path) owned by Raymond Puzio, Christopher Lee

area (in Riemann multiple integral) owned by paolini

area owned by Warren Buck, Chi Woo

area bounded by arc and two lines owned by J. Pahikkala

area element (in volume element) owned by Jiri Lebl

area form (in volume element) owned by Jiri Lebl

area formula owned by paolini

area functions owned by J. Pahikkala

area in polar coordinates (=area bounded by arc and two lines) owned by J. Pahikkala

area measure (in volume element) owned by Jiri Lebl

area of a polygonal region owned by Thomas Foregger

area of a quadrilateral owned by Thomas Foregger

proof of area of a quadrilateral owned by Thomas Foregger

area of a spherical triangle owned by Thomas Foregger, Igor Khavkine, John Smith

area of a triangle (in area of a polygonal region) owned by Thomas Foregger

area of plane region owned by J. Pahikkala

area of polygon owned by J. Pahikkala

area of regular polygon owned by Warren Buck

area of revolution (=area of surface of revolution) owned by Raymond Puzio, abcde, J. Pahikkala

area of spherical calotte (=area of spherical zone) owned by J. Pahikkala

area of spherical calotte by means of chord owned by J. Pahikkala

area of spherical zone owned by J. Pahikkala

area of surface of revolution owned by Raymond Puzio, abcde, J. Pahikkala

area of the $n$

-sphere owned by Chi Woo, Igor Khavkine

area under Gaussian curve owned by J. Pahikkala, Steve Cheng, , Pedro A. Fernandez

area under the bell curve (=area under Gaussian curve) owned by J. Pahikkala, Steve Cheng, , Pedro A. Fernandez

Argand diagram owned by Chi Woo, Pedro Sanchez, Boris Bukh

arg min and arg max owned by Kenneth Shum

argmin argmax (in arg min and arg max) owned by Kenneth Shum

argument owned by Warren Buck

argument (in complex) owned by Pedro Sanchez, mathwizard, J. Pahikkala

argument of product and quotient owned by J. Pahikkala

argument principle (in argument principle) owned by Raymond Puzio, yark, Steve Cheng

argument principle owned by Raymond Puzio, yark, Steve Cheng

proof of argument principle owned by Raymond Puzio, yark, J. Pahikkala

Aristotelian logic owned by Yann Lamontagne, Chi Woo

Aristotle owned by Yann Lamontagne, Thomas Foregger, Jon Awbrey

arithmetic (=arithmetical hierarchy) owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetic owned by John Smith, Milo Gardner, Anthony Morris

arithmetical (=arithmetical hierarchy) owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetical (in arithmetical hierarchy) owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetical formulas (=arithmetical hierarchy) owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetical hierarchy owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetical hierarchy is a proper hierarchy owned by Henry

arithmetical instruction (in unlimited register machine) owned by Chi Woo

arithmetical ring owned by John Smith, J. Pahikkala

arithmetic coder (=arithmetic encoding) owned by Kevin Ferguson

arithmetic coding (=arithmetic encoding) owned by Kevin Ferguson

arithmetic density (=asymptotic density) owned by Cam McLeman, Stephen Forrest

arithmetic derivative owned by John Smith, Johan, Koro, Cam McLeman, Anthony Morris

example of arithmetic derivative owned by Johan

arithmetic encoder (=arithmetic encoding) owned by Kevin Ferguson

arithmetic encoding owned by Kevin Ferguson

arithmetic formula (=arithmetical hierarchy) owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetic function owned by Cam McLeman, Chi Woo

arithmetic functions form a ring owned by Roger Lipsett

arithmetic-geometric-harmonic means inequality owned by Pedro Sanchez

proof of arithmetic-geometric-harmonic means inequality owned by Pedro Sanchez

proof of arithmetic-geometric-harmonic means inequality owned by Cam McLeman, Ariel Scolnicov

proof of arithmetic-geometric-harmonic means inequality owned by Thomas Foregger, snoringcat, Raymond Puzio

arithmetic-geometric mean owned by Raymond Puzio, Igor Khavkine

arithmetic-geometric mean as a product owned by Raymond Puzio, Thomas Foregger

arithmetic-geometric means inequality (=arithmetic-geometric-harmonic means inequality) owned by Pedro Sanchez

proof of arithmetic-geometric means inequality owned by Cam McLeman, Pedro Sanchez

proof of arithmetic-geometric means inequality using Lagrange multipliers owned by Steve Cheng

arithmetic-geometric series owned by Pedro A. Fernandez, Thomas Foregger, J. Pahikkala

arithmetic hierarchy (=arithmetical hierarchy) owned by Chi Woo, Henry, yark, Iddo Tzameret

arithmetic mean owned by Pedro Sanchez, Raymond Puzio, J. Pahikkala

the arithmetic of elliptic curves owned by alozano

arithmetic operation (in operation) owned by Raymond Puzio, Serg, J. Pahikkala, Chi Woo

arithmetic predicate (in predicativism) owned by LOURENCO MANUEL S.

arithmetic progression owned by Boris Bukh

arithmetic progressions (in remainder arithmetic vs Egyptian fractions) owned by Milo Gardner

arithmetics (=arithmetic) owned by John Smith, Milo Gardner, Anthony Morris

arithmetic series owned by georgiosl

Arithmetic truth (in beyond formalism: Gödel's incompleteness) owned by LOURENCO MANUEL S.

-arity (=arity) owned by Henry,

arity owned by Henry,

arity (in relation theory) owned by Jon Awbrey

arity of a lattice polynomial (in lattice polynomial) owned by Chi Woo

Armstrong number owned by L. H., Wilfredo Lopez

Aronszajn tree (in Aronszajn tree) owned by Henry

Aronszajn tree owned by Henry

example of Aronszajn tree owned by Henry

arrow owned by John Smith, Henry, bci1

arrow category owned by Chi Woo, Paolo

arrows (in arrows relation) owned by Henry

arrows relation owned by Henry

arsinh (in area functions) owned by J. Pahikkala

artanh (in area functions) owned by J. Pahikkala

Arthur Rubin owned by Anthony Morris

of articles and conversion tablesmiscellaneous mathematics classifications (in AMS MSC classification of articles and conversion tables) owned by bci1

artificial intelligence owned by aplant, pengbo, yark, Thomas Foregger, dankomed, bci1

artinian owned by anti zeus

artinian (in axiom of foundation) owned by Henry,

an Artinian integral domain is a field owned by yark, Stephen Forrest

example of an Artinian module which is not Noetherian owned by Rafael Szefler

artinian set (in axiom of foundation) owned by Henry,

artinian sets (in axiom of foundation) owned by Henry,

Artin map owned by David Jao

Artin-Rees theorem owned by Paolo

proof of Artin-Rees theorem owned by mat_cross,

Artin's braid group (=braid group) owned by bwebste, Andrei Prokopiw

Artin's conjecture (=Artin's conjecture on primitive roots) owned by alozano

Artin's conjecture on primitive roots owned by alozano

Artin's theorem on alternative algebras (in alternative algebra) owned by Chi Woo

Artin symbol (in Artin map) owned by David Jao

Artin-Wedderburn theorem (=Wedderburn-Artin theorem) owned by Chi Woo, Thomas Foregger

ary (=arity) owned by Henry,

Arzelà-Ascoli theorem (=Ascoli-Arzelà theorem) owned by paolini, Paolo

a.s. (=almost everywhere) owned by Cam McLeman, D. Allan Drummond

ASA (in geometric congruence) owned by Chi Woo, Pedro Sanchez, Thomas Foregger, Warren Buck, J. Pahikkala

ascendant (in ascending series) owned by yark

ascendant subgroup (in ascending series) owned by yark

ascending chain condition (=maximal condition) owned by Michael Clase

ascending chain condition owned by anti zeus

ascending chain condition (in Krull-Schmidt theorem) owned by nobody, smw

ascending normal series (in ascending series) owned by yark

ascending order owned by L. H.

ascending order (in polynomial) owned by Warren Buck

ascending series owned by yark

Ascoli-Arzelà theorem owned by paolini, Paolo

proof of Ascoli-Arzelà theorem owned by paolini

ASP (in nonogram) owned by Michael Slone

aspect ratio owned by John Smith, L. H.

assignment problem owned by John Smith, Roger Lipsett

associate (in associates) owned by Pedro Sanchez, J. Pahikkala, Michael Slone

associate class (in association scheme) owned by Chi Woo

associated bundle (in associated bundle construction) owned by Raymond Puzio, Dr_Absentius, Robert Milson

associated bundle construction owned by Raymond Puzio, Dr_Absentius, Robert Milson

associated element (in associates) owned by Pedro Sanchez, J. Pahikkala, Michael Slone

associated Haar system (in groupoid representations induced by measure) owned by bci1

associated Haar system (=groupoid representations induced by measure) owned by bci1

associated Laguerre polynomial (in Laguerre polynomial) owned by Raymond Puzio, mathwizard

associated linear subspace (in affine geometry) owned by Chi Woo, Thomas Foregger

associated linear transformation (in affine transformation) owned by matte, Chi Woo, Aaron Krowne

associated prime owned by Raymond Puzio, anti zeus, Chi Woo

associated sheaf (=sheafification) owned by David Jao, Andrew Archibald

associated subspace (=affine geometry) owned by Chi Woo, Thomas Foregger

associates owned by Pedro Sanchez, J. Pahikkala, Michael Slone

association scheme owned by Chi Woo

associative owned by Chi Woo, Aaron Krowne

associative bilinear form (in invariant scalar product) owned by Benjamin Jones

associative bilinear form (=invariant scalar product) owned by Benjamin Jones

associative envelope (in Lie algebras from other algebras) owned by Algeboy

associative law of a monad (=monad) owned by Cam McLeman, Logan Hanks

an associative quasigroup is a group owned by Chi Woo

associativity (=associative) owned by Chi Woo, Aaron Krowne

associativity axiom (in ETAC) owned by bci1

associativity coherence (in monoidal category) owned by Juan M. Marquez B., Chi Woo

associativity isomorphism (in monoidal category) owned by Juan M. Marquez B., Chi Woo

associativity of multiplication owned by J. Pahikkala

associativity of stochastic integration owned by George Lowther

associator owned by Chi Woo

assumption (in derivations in natural deduction) owned by Chi Woo

asterate (=Kleene star) owned by Chi Woo, Logan Hanks

astroid (in Clairaut's equation) owned by J. Pahikkala, Pedro Sanchez

asymptote owned by J. Pahikkala, Pedro Sanchez

asymptote cone (in surface of revolution) owned by J. Pahikkala

asymptote of an arctangent owned by John Smith

asymptote of an inverse tangent (=asymptote of an arctangent) owned by John Smith

asymptote of Lamé's cubic owned by J. Pahikkala

asymptotes of graph of rational function owned by eshyvari, J. Pahikkala

asymptotically parallel (in parallel lines in hyperbolic geometry) owned by Warren Buck

asymptotically parallel lines (in parallel lines in hyperbolic geometry) owned by Warren Buck

asymptotically stable owned by Koro

asymptotically stable (in equilibrium point) owned by Yann Lamontagne, Julien Arino

asymptotically stable cycle (in cycle) owned by Yann Lamontagne

asymptotically stable fixed point (=stable fixed point) owned by Raymond Puzio, Benjamin Armbruster, yark, alinabi

asymptotically stable periodic solution (=cycle) owned by Yann Lamontagne

asymptotically unbiased estimator (in bias) owned by Chi Woo

asymptotic basis owned by Boris Bukh

asymptotic bounds for factorial owned by Steve Cheng

asymptotic density owned by Cam McLeman, Stephen Forrest

asymptotic estimate owned by Warren Buck

asymptotic estimates for real-valued nonnegative multiplicative functions owned by Warren Buck

asymptotics of central binomial coefficient owned by Raymond Puzio, J. Pahikkala, Thomas Foregger

atlas (in manifold) owned by matte, Robert Milson

atom owned by Chi Woo

atom (=atom (measure theory)) owned by Rui Palma

atomic formula owned by Chi Woo, Jean-Martin Albert

atomic language (in language) owned by Michael Slone, xriso, Boris Bukh, Chi Woo

atomic lattice (in atom) owned by Chi Woo

atomic poset (in atom) owned by Chi Woo

atomistic (in atom) owned by Chi Woo

atomistic lattice (in atom) owned by Chi Woo

atom (measure theory) owned by Rui Palma

attached analytic disc (in analytic disc) owned by Jiri Lebl

attaching map (in cell attachment) owned by yark, Antonio

attaching pullback squares owned by Michael Slone

attainable subgroup (=subnormal subgroup) owned by yark, bwebste

attracting fixed point owned by John Smith, Benjamin Armbruster, alinabi

attracting set (in attractor) owned by Yann Lamontagne

attractive periodic point (in periodic point) owned by mathwizard

attractor owned by Yann Lamontagne

attribute (=property) owned by Pedro Sanchez, Joe Corneli, Luke Palmer, Boris Bukh, J. Pahikkala, Marijke van Gans, Chi Woo

attribute (in concept lattice) owned by Chi Woo

augmentation (in example of reducible and irreducible -modules) owned by Roger Lipsett

Augusta Ada Lovelace (=Ada Lovelace) owned by Anthony Morris, Warren Buck

Aussonderungsaxiom (=comprehension axiom) owned by Henry,

autocovariance function owned by Chi Woo, Juan Pablo Romero

autofunctor owned by Cam McLeman, gorun_manolescu, yark, mhale, bci1

auto-homeomorphism (in homeomorphism) owned by Raymond Puzio, Christopher Lee

autohomeomorphism (in homeomorphism) owned by Raymond Puzio, Christopher Lee

automata (in automaton) owned by Chi Woo, Logan Hanks

automata category (in category of automata) owned by bci1

automata category (=category of automata) owned by bci1

automata homomorphism (in category of automata) owned by bci1

automata homomorphisms (in category of automata) owned by bci1

automatically continuous homomorphism of $C^*$

--algebras (in -algebra homomorphisms are continuous) owned by Rui Palma, Warren Buck, Algeboy, bci1

automatic continuity of $C^*$

-homomorphisms (=-algebra homomorphisms are continuous) owned by Rui Palma, Warren Buck, Algeboy, bci1

automatic group owned by Cam McLeman, Graham Oliver

automatic presentation owned by Cam McLeman, Graham Oliver

automatic semigroup (in automatic group) owned by Cam McLeman, Graham Oliver

automatic structure (in automatic group) owned by Cam McLeman, Graham Oliver

automatic structure (=automatic presentation) owned by Cam McLeman, Graham Oliver

automaton owned by Chi Woo, Logan Hanks

automaton homomorphism (in semiautomaton homomorphism) owned by Chi Woo

automaton over a monoid owned by Chi Woo

automaton with epsilon-transitions (= $\epsilon$ -transition) owned by Chi Woo

automaton with $\epsilon$ -transitions (in $\epsilon$ -transition) owned by Chi Woo

automorphic number owned by L. H., Wilfredo Lopez

automorphism (in isomorphism) owned by David Jao

automorphism owned by Cam McLeman, Benjamin Jones

automorphism (in endomorphism) owned by Victor Porton

automorphism (in homomorphism between algebraic systems) owned by Chi Woo

automorphism (=structure homomorphism) owned by Allen Mann, Jean-Martin Albert, yark, Juan M. Marquez B., Warren Buck, Chi Woo

automorphism (in group homomorphism) owned by yark, Pedro Sanchez, Stephen Forrest, Boris Bukh

automorphism (=types of homomorphisms) owned by Raymond Puzio, anti zeus, Chi Woo

automorphism (in automorphism group (linear code)) owned by Alexander,

automorphism bundle (in gauge group) owned by Stephen Maguire, Warren Buck

automorphism group (=automorphism group (linear code)) owned by Alexander,

automorphism group (in inner automorphism) owned by Robert Milson, James Wrkich, Keenan Kidwell

automorphism group (linear code) owned by Alexander,

automorphism group of a cyclic group owned by Roger Lipsett

automorphism groupoid of quantum transitions (in algebraic category of quantum automata) owned by bci1

automorphism of a group (in group homomorphism) owned by yark, Pedro Sanchez, Stephen Forrest, Boris Bukh

automorphisms of unit disk owned by Brian Birgen,

autonomous (=autonomous system) owned by Yann Lamontagne

autonomous equation (=autonomous system) owned by Yann Lamontagne

autonomous system owned by Yann Lamontagne

autoregressive model owned by Kamil Dedecius,

auxiliary symbol (=first order language) owned by Chi Woo, Jean-Martin Albert, Cam McLeman

auxiliary triangle (=medial triangle) owned by yark, Girishankar gurumurthy

auxiliary variable (in parametre) owned by J. Pahikkala

average (=arithmetic mean) owned by Pedro Sanchez, Raymond Puzio, J. Pahikkala

average order (in normal order) owned by Cam McLeman, Stephen Forrest

average value (in average value of function) owned by J. Pahikkala

average value of function owned by J. Pahikkala

averisera (=curve of Agnesi) owned by L. H., John Smith

AVL tree owned by John Smith, Thomas Heye, Anthony Morris

avversiera (=curve of Agnesi) owned by L. H., John Smith

axial (=collineation) owned by Chi Woo

axial collineation (in collineation) owned by Chi Woo

axial vector owned by Thomas Foregger, LQG

axiom owned by Robert Milson, Eric Tressler

Axiom A owned by Koro

axiomatic consequence operator (in consequence operator) owned by Raymond Puzio, yark

axiomatic construction of the theory of categories and functors (in ETAC) owned by bci1

axiomatic construction of the theory of categories and functors (=ETAC) owned by bci1

axiomatic definition of the real numbers owned by matte, Michael Slone, Raymond Puzio, Chi Woo, Steve Cheng, J. Pahikkala

axiomatic elementary theory of categories and functors (=ETAC) owned by bci1

axiomatic geometry owned by Chi Woo, J. Pahikkala

axiomatic projective geometry owned by Chi Woo

axiomatics (in toposes category theory) owned by bci1

axiomatics and formal logics (=analytics and formal logics in meta-mathematics) owned by bci1

axiomatics and formal logics (=bibliography for axiomatics and mathematics foundations in categories) owned by bci1

axiomatic theory of categories and functors (in ETAC) owned by bci1

axiomatic theory of supercategories and metacategories owned by bci1

axiomatisable class (=axiomatizable class) owned by Chi Woo

axiomatizable class owned by Chi Woo

axiomatizable theory (in first-order theory) owned by Chi Woo, Jean-Martin Albert, ratboy

axiomatization of dependence owned by Raymond Puzio, Thomas Foregger, Chi Woo

axiomless consequence operator (in consequence operator) owned by Raymond Puzio, yark

axiom of Archimedes (=Archimedean property) owned by Yann Lamontagne, Kevin Ferguson, yark

axiom of choice owned by Alexander, Kevin Ferguson, Andrew Archibald, Warren Buck, Thomas Foregger, Koro, bci1, Chi Woo,

axiom of choice for finite sets (in variations on axiom of choice) owned by Chi Woo

axiom of comprehension (=comprehension axiom) owned by Henry,

axiom of comprehension (in Russell's paradox) owned by Chi Woo, Kevin Ferguson, Yann Lamontagne

axiom of countable choice owned by yark

axiom of dependent choices owned by Chi Woo, Thomas Foregger

axiom of determinacy owned by Chi Woo, Adam Booth

axiom of elementary theory of abstract categories (in ETAC) owned by bci1

axiom of extensionality owned by Sabean

axiom of foundation owned by Henry,

axiom of induction (=induction axiom) owned by Henry

axiom of induction (in Peano arithmetic) owned by alozano, Logan Hanks, Henry

axiom of infinity owned by Sabean

axiom of multiple choice (in variations on axiom of choice) owned by Chi Woo

axiom of pairing owned by Sabean

axiom of powerset (=axiom of power set) owned by Cam McLeman, Sabean, Will Jennings

axiom of power set owned by Cam McLeman, Sabean, Will Jennings

axiom of reducibility (in Russell's theory of types) owned by Aatu Koskensilta

axiom of regularity (=axiom of foundation) owned by Henry,

axiom of separation (=comprehension axiom) owned by Henry,

axiom of specification (=comprehension axiom) owned by Henry,

axiom of union owned by Sabean

axiom of unrestricted comprehension (=Russell's paradox) owned by Chi Woo, Kevin Ferguson, Yann Lamontagne

axiom schema (in logical axiom) owned by Chi Woo

axiom schema of separation owned by Sabean

axiom schemata (in logical axiom) owned by Chi Woo

axiom scheme (=logical axiom) owned by Chi Woo

axioms of congruence (=congruence axioms) owned by Chi Woo, Thomas Foregger

axioms of metacategories and supercategories (in ETAS interpretation) owned by bci1

axioms of order (=betweenness relation) owned by Thomas Foregger

axiom system (=Hilbert system) owned by Chi Woo

axiom system for classical propositional logic (=axiom system for propositional logic) owned by Chi Woo

axiom system for first order logic owned by Chi Woo

axiom system for intuitionistic propositional logic owned by Chi Woo

axiom system for propositional logic owned by Chi Woo

axis (in central collineations) owned by Algeboy

axis (in collineation) owned by Chi Woo

axis of revolution (in surface of revolution) owned by J. Pahikkala

azimuthal angle (in spherical coordinates) owned by yark, Cam McLeman

$\mathbf{ab}$ -index (= $\mathbf{ab}$ -index of graded posets) owned by Michael Slone

$\mathbf{ab}$ -index of graded posets owned by Michael Slone

B - 537 entries

C - 1557 entries

D - 713 entries

E - 688 entries

F - 637 entries

G - 527 entries

H - 511 entries

I - 679 entries

J - 100 entries

K - 169 entries

L - 721 entries

M - 673 entries

N - 432 entries

O - 329 entries

P - 1095 entries

Q - 192 entries

R - 722 entries

S - 1323 entries

T - 657 entries

U - 289 entries

V - 205 entries

W - 225 entries

X - 8 entries

Y - 18 entries

Z - 78 entries

9084 published entries total.
15991 published concepts total.

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