has an approximate identity owned by Rui Palma, Roger Lipsett
|
has an identity element iff is discrete (in has an approximate identity) owned by Rui Palma, Roger Lipsett
|
is a Banach *-algebra owned by Rui Palma
|
is a Banach *-algebra (in is a Banach *-algebra) owned by Rui Palma
|
|
L^1 metric (in vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
convergence (in modes of convergence of sequences of measurable functions) owned by Warren Buck
|
|
L^1 norm (in vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
|
L^2 metric (in vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
|
L^2 norm (in vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
-spaces are Hilbert spaces owned by Rui Palma, FunctorSalad, bci1, Karsten Bohlen, paolini, Chi Woo
|
|
label (in labelled digraph) owned by Alexander,
|
|
labeled graph owned by Chi Woo
|
|
labeled multigraph (in labeled graph) owned by Chi Woo
|
|
labeled pseudograph (in labeled graph) owned by Chi Woo
|
|
labeled rooted tree (in rooted tree) owned by Chi Woo, edemaine
|
|
labeled state transition system (=labelled state transition system) owned by Chi Woo
|
|
labeled tree (in labeled graph) owned by Chi Woo
|
|
labeling (in labeled graph) owned by Chi Woo
|
|
labelled digraph owned by Alexander,
|
|
labelled graph (=labeled graph) owned by Chi Woo
|
|
labelled multigraph (=labeled graph) owned by Chi Woo
|
|
labelled pseudograph (=labeled graph) owned by Chi Woo
|
|
labelled state transition system owned by Chi Woo
|
|
labelled tree (=labeled graph) owned by Chi Woo
|
|
labelling (=labeled graph) owned by Chi Woo
|
|
ladder connected owned by Cam McLeman, Joe Corneli, matte
|
|
Lagrange equation (=d'Alembert's equation) owned by J. Pahikkala
|
|
Lagrange interpolation formula owned by Pedro Sanchez, Boris Bukh, Aaron Krowne, Raymond Puzio
|
|
Lagrange multiplier (in Lagrange multiplier method) owned by Cláudio Valente, Jose Alberto Bonilla Vera, Pedro Sanchez, J. Pahikkala
|
|
Lagrange multiplier applied to the Legendre transform owned by dh2718
|
|
Lagrange multiplier method owned by Cláudio Valente, Jose Alberto Bonilla Vera, Pedro Sanchez, J. Pahikkala
|
|
proof of Lagrange multiplier method owned by aplant, apmc
|
|
example of Lagrange multipliers (=example of using Lagrange multipliers) owned by J. Pahikkala
|
|
Lagrange multipliers on Banach spaces owned by Steve Cheng
|
|
Lagrange multipliers on manifolds owned by Steve Cheng
|
|
Lagrange polynomial (in Lagrange interpolation formula) owned by Pedro Sanchez, Boris Bukh, Aaron Krowne, Raymond Puzio
|
|
Lagrange's formula (in triple cross product) owned by J. Pahikkala
|
|
Lagrange's four-square theorem owned by Boris Bukh, David
|
|
proof of Lagrange's four-square theorem owned by Chi Woo, Larry Hammick, ratboy
|
|
Lagrange's identity owned by Cam McLeman, Thomas Heye
|
|
Lagrange's Interpolation formula (=Lagrange interpolation formula) owned by Pedro Sanchez, Boris Bukh, Aaron Krowne, Raymond Puzio
|
|
Lagrange's theorem owned by Matt Piatkus
|
|
proof of Lagrange's theorem owned by Aaron Krowne
|
|
Lagrangian (in Euler-Lagrange differential equation (elementary)) owned by Raymond Puzio, D. Allan Drummond, J. Pahikkala
|
|
Lagrangian submanifold owned by Cam McLeman, bwebste
|
|
examples of Lagrangian submanifolds owned by matte, Chi Woo, Thomas Foregger
|
|
Lagrangian subspace (in symplectic complement) owned by matte
|
|
Laguerre polynomial owned by Raymond Puzio, mathwizard
|
|
Laguerre's equation (in Laguerre polynomial) owned by Raymond Puzio, mathwizard
|
|
lambda abstraction (in lambda calculus) owned by ratboy, Logan Hanks
|
|
lambda calculus owned by ratboy, Logan Hanks
|
|
lambda expression (in lambda calculus) owned by ratboy, Logan Hanks
|
-free (=language) owned by Michael Slone, xriso, Boris Bukh, Chi Woo
|
-free (in homomorphism of languages) owned by Chi Woo
|
-free substitution (in substitution) owned by Chi Woo
|
|
Lambert quadrilateral owned by Warren Buck
|
|
Lambert series owned by J. Pahikkala
|
|
Lambert's quadrilateral (=Lambert quadrilateral) owned by Warren Buck
|
|
Lambert W function owned by Pedro Sanchez
|
|
lamellar (=lamellar field) owned by J. Pahikkala
|
|
lamellar field owned by J. Pahikkala
|
|
examples of lamellar field owned by J. Pahikkala, Pedro A. Fernandez, Thomas Foregger
|
|
Lamé's cubic (in asymptote of Lamé's cubic) owned by J. Pahikkala
|
|
laminar (=lamellar field) owned by J. Pahikkala
|
|
Landau kernel owned by mathwizard
|
|
Landau notation (=formal definition of Landau notation) owned by paolini
|
|
Landau notation owned by Thomas Foregger, Logan Hanks, Larry Hammick, Cam McLeman
|
|
Landau's constant owned by alozano
|
|
Landau's problems owned by John Smith
|
|
Landau's theorem (in non-isomorphic groups of given order) owned by J. Pahikkala
|
|
Landsberg-Schaar relation owned by Cam McLeman, Larry Hammick
|
|
Lane-Emden System owned by Jim
|
|
Lane-Emden System owned by Jim
|
|
language owned by Michael Slone, xriso, Boris Bukh, Chi Woo
|
|
language (=signature) owned by Chi Woo, Allen Mann
|
|
derivation language owned by Chi Woo
|
|
language of rings (in example of strongly minimal) owned by Chi Woo, Tim Mellor
|
|
Laplace differential equation (=Laplace equation) owned by Thomas Foregger, Girishankar gurumurthy,
|
|
Laplace equation owned by Thomas Foregger, Girishankar gurumurthy,
|
|
Laplace equation in cylindrical coordinates owned by Ben Loftin
|
|
Laplace expansion (=proof of cofactor expansion) owned by Thomas Heye
|
|
Laplace expansion (=cofactor expansion) owned by Robert Milson, Marco Milon, J. Pahikkala
|
|
Laplace integrals owned by J. Pahikkala
|
|
Laplace operator (in Laplacian) owned by matte, Ariel Scolnicov, Swapnil Sunil Jain, Stewart Martin-Haugh, Dr. W. H. Mannan
|
|
Laplace transform owned by Raymond Puzio, James Wrkich, J. Pahikkala
|
|
Laplace transform of a Gaussian function owned by Pedro A. Fernandez
|
|
Laplace transform of convolution owned by J. Pahikkala
|
|
Laplace transform of cosine and sine owned by J. Pahikkala
|
|
Laplace transform of derivative owned by J. Pahikkala
|
|
Laplace transform of Dirac delta owned by J. Pahikkala
|
Laplace transform of owned by J. Pahikkala
|
|
Laplace transform of integral owned by J. Pahikkala
|
|
Laplace transform of logarithm owned by J. Pahikkala
|
|
Laplace transform of logarithm function (=Laplace transform of logarithm) owned by J. Pahikkala
|
|
Laplace transform of periodic functions owned by J. Pahikkala
|
|
Laplace transform of power function owned by J. Pahikkala
|
|
Laplace transform of sinc function (=Laplace transform of sine integral) owned by J. Pahikkala
|
|
Laplace transform of sine and cosine (=Laplace transform of cosine and sine) owned by J. Pahikkala
|
|
Laplace transform of sine integral owned by J. Pahikkala
|
Laplace transform of owned by J. Pahikkala
|
|
Laplacian owned by matte, Ariel Scolnicov, Swapnil Sunil Jain, Stewart Martin-Haugh, Dr. W. H. Mannan
|
|
Laplacian from Rectangular to Spherical Coordinates owned by Swapnil Sunil Jain
|
|
derivation of the Laplacian from rectangular to spherical coordinates owned by Swapnil Sunil Jain
|
|
Laplacian matrix (in Laplacian matrix of a graph) owned by Thomas Foregger
|
|
Laplacian matrix of a graph owned by Thomas Foregger
|
|
large category (in category) owned by Cam McLeman, Christopher Lee, Chi Woo
|
|
large ideal owned by jocaps
|
|
large integers that are or might be the smallest of their kind owned by Anthony Morris
|
|
Lars Ahlfors owned by Jiri Lebl, J. Pahikkala, Warren Buck
|
|
Lars Hörmander owned by Jiri Lebl
|
|
Lars Valerian Ahlfors (=Lars Ahlfors) owned by Jiri Lebl, J. Pahikkala, Warren Buck
|
|
Lars Valter Hörmander (=Lars Hörmander) owned by Jiri Lebl
|
|
Lasker-Noether theorem owned by Chi Woo
|
|
Lasker ring (in Lasker-Noether theorem) owned by Chi Woo
|
|
lateral surface (in cylinder) owned by Steve Cheng, J. Pahikkala, Chi Woo, Warren Buck
|
|
\LaTeX symbol for Cauchy principal value owned by Pedro A. Fernandez
|
|
Latin square owned by Thomas Foregger, Pedro Sanchez
|
|
example of Latin squares owned by jgade
|
|
latitude (in Riemann sphere) owned by Chi Woo, Cam McLeman, J. Pahikkala
|
lattice (=lattice in ) owned by alozano
|
|
lattice owned by Michael Slone, greg, Chi Woo, Victor Porton, bci1
|
|
lattice algebra (in topic entry on the algebraic foundations of mathematics) owned by bci1
|
|
lattice animal (in polyomino) owned by s0, Alexander, yark, Thomas Foregger
|
|
lattice automorphism (in lattice homomorphism) owned by Chi Woo
|
|
lattice category (in preorder as a category) owned by Chi Woo, Raymond Puzio
|
|
lattice endomorphism (in lattice homomorphism) owned by Chi Woo
|
|
lattice filter owned by Chi Woo
|
|
lattice homomorphism owned by Chi Woo
|
|
lattice ideal owned by Chi Woo
|
lattice in owned by alozano
|
lattice in (in lattice in ) owned by alozano
|
|
lattice interval owned by Chi Woo
|
|
lattice isomorphism (in lattice homomorphism) owned by Chi Woo
|
|
lattice isomorphism theorem (=fourth isomorphism theorem) owned by bwebste, Joe Corneli, yark, burk314, Andrew Ross, matte, Keenan Kidwell, Thomas Foregger
|
|
lattice of congruences (in congruence lattice) owned by Chi Woo
|
|
lattice of equivalence relations (in partitions form a lattice) owned by Chi Woo
|
|
lattice of fields owned by Chi Woo
|
|
lattice of ideals owned by Chi Woo
|
|
lattice of partitions (=partition lattice) owned by Michael Slone
|
|
lattice of projections owned by Rui Palma, Chi Woo
|
|
lattice of sets (=ring of sets) owned by Chi Woo, yark
|
|
lattice of subalgebras (in subalgebra of an algebraic system) owned by Chi Woo
|
|
lattice of subgroups owned by Chi Woo, yark, Algeboy
|
|
lattice of topologies owned by Chi Woo
|
|
lattice ordered group (in partially ordered group) owned by Chi Woo
|
|
lattice-ordered group (=partially ordered group) owned by Chi Woo
|
|
lattice ordered ring (in partially ordered ring) owned by Chi Woo
|
|
lattice-ordered ring (=partially ordered ring) owned by Chi Woo
|
|
lattice ordered semigroup (in partially ordered group) owned by Chi Woo
|
|
lattice paths (=lattice paths and ballot numbers) owned by Roger Lipsett
|
|
lattice paths and ballot numbers owned by Roger Lipsett
|
|
lattice polynomial owned by Chi Woo
|
|
lattice polynomial function (in lattice polynomial) owned by Chi Woo
|
|
lattices (in MSC classification of objects: articles search ) owned by bci1
|
|
lattices or sets of organismic structures (=organismic sets) owned by bci1, Chi Woo
|
|
latticoid owned by Chi Woo
|
|
latus rectum (in conic section) owned by Pedro Sanchez, Jesse McKeown, Larry Hammick, Andrew Archibald, Pedro A. Fernandez, Megapteryx, J. Pahikkala
|
|
Laurent expansion (=Laurent series) owned by David Jao
|
|
Laurent Lafforgue owned by John Smith, Anthony Morris, Warren Buck, Thomas Foregger
|
|
Laurent series owned by David Jao
|
|
Laver table owned by John Smith, L. H.
|
|
law of a random variable (in random variable) owned by Cam McLeman, Jose Alberto Bonilla Vera
|
|
law of a random variable (in distribution function) owned by Thomas Foregger, Pedro Sanchez
|
|
law of cosines (=cosines law) owned by Pedro Sanchez, J. Pahikkala
|
|
law of parsimony (=Occam's razor) owned by Chi Woo, matte, cgibbard, Thomas Foregger
|
|
law of rare events owned by Chi Woo
|
|
law of signs under multiplication in a ring owned by alozano
|
|
law of sines (=sines law) owned by Pedro Sanchez
|
|
law of tangents (=tangents law) owned by Girishankar gurumurthy
|
|
law of the excluded middle (in logical axiom) owned by Chi Woo
|
|
law of trichotomy owned by yark
|
|
example of law of trichotomy on <</a> owned by Adam Dinwoodie
|
|
laws of ideal product (=ideal multiplication laws) owned by J. Pahikkala
|
|
Lawvere's elementary theory of abstract categories (in ETAC) owned by bci1
|
|
Lazear model of a private school owned by Thomas Foregger
|
|
lazy caterers sequence (=lazy caterer's sequence) owned by John Smith, Anthony Morris
|
|
lazy caterer's sequence owned by John Smith, Anthony Morris
|
|
LBA (=linear bounded automaton) owned by Chi Woo
|
-lattice homomorphism (in lattice homomorphism) owned by Chi Woo
|
|
LCCB (in Feller process) owned by Michael Carlisle
|
|
lcm (=least common multiple) owned by J. Pahikkala
|
|
lcm domain (in gcd domain) owned by Chi Woo
|
|
lcm of supernatural numbers (in supernatural number) owned by Cam McLeman
|
|
lcrl (in càdlàg process) owned by George Lowther
|
|
leading coefficient (in polynomial) owned by Warren Buck
|
|
leaf (=leaf node (of a tree)) owned by Aaron Krowne
|
|
leaf node (=leaf node (of a tree)) owned by Aaron Krowne
|
|
leaf node (of a tree) owned by Aaron Krowne
|
|
least and greatest number (=minimal and maximal number) owned by J. Pahikkala
|
|
least and greatest value of function owned by J. Pahikkala
|
|
proof of least and greatest value of function owned by Cláudio Valente
|
|
least and greatest zero owned by J. Pahikkala
|
|
least common dividend (=least common multiple) owned by J. Pahikkala
|
|
least common multiple owned by J. Pahikkala
|
|
least common multiple of ideals (in sum of ideals) owned by J. Pahikkala
|
|
least common multiple of supernatural numbers (in supernatural number) owned by Cam McLeman
|
|
least coprime Pythagorean triplets (=first primitive Pythagorean triplets) owned by J. Pahikkala
|
|
least deficient number (=almost perfect number) owned by John Smith, L. H.
|
|
least element (in maximal element) owned by Aaron Krowne
|
|
least nonnegative remainder (in residue systems) owned by J. Pahikkala
|
|
least number (in minimal and maximal number) owned by J. Pahikkala
|
|
least period (in periodic point) owned by mathwizard
|
|
least prime factor owned by John Smith
|
|
least significant bit (in least significant digit) owned by John Smith, Wilfredo Lopez
|
|
least significant digit owned by John Smith, Wilfredo Lopez
|
|
least-squares (=least squares) owned by Aaron Krowne
|
|
least squares owned by Aaron Krowne
|
|
least squares problem (=least squares) owned by Aaron Krowne
|
|
least-squares problem (=least squares) owned by Aaron Krowne
|
|
least surface of revolution owned by J. Pahikkala
|
|
least universal exponent function (=Carmichael function) owned by John Smith
|
|
least upper bound (in lowest upper bound) owned by David Jao
|
|
least upper bound property (=completeness principle) owned by Cam McLeman, David
|
|
Lebesgue decomposition theorem owned by Koro
|
|
Lebesgue density theorem owned by Boris Bukh
|
|
Lebesgue differentiation theorem owned by Koro
|
|
Lebesgue integrable (in Lebesgue integral) owned by David Jao, D. Allan Drummond, Andrea Ambrosio
|
|
Lebesgue integral owned by David Jao, D. Allan Drummond, Andrea Ambrosio
|
|
Lebesgue integral over a subset of the measure space owned by Warren Buck
|
|
Lebesgue measurable (in Lebesgue measure) owned by Boris Bukh, Kevin Ferguson
|
|
a Lebesgue measurable but non-Borel set owned by George Lowther
|
|
Lebesgue measure owned by Boris Bukh, Kevin Ferguson
|
|
Lebesgue number (in Lebesgue number lemma) owned by David Jao
|
|
Lebesgue number lemma owned by David Jao
|
|
proof of Lebesgue number lemma owned by Santiago Canez
|
|
Lebesgue outer measure owned by yark, Kevin Ferguson, Cam McLeman, Raymond Puzio
|
|
Lebesgue's dominated convergence theorem (=dominated convergence theorem) owned by Koro
|
|
Lebesgue's monotone convergence theorem (=monotone convergence theorem) owned by Koro, Ariel Scolnicov
|
|
lecture notes on determinants owned by Robert Milson
|
|
lecture notes on polynomial interpolation owned by Robert Milson
|
|
lecture notes on the Cayley-Hamilton theorem owned by Robert Milson, Roger Lipsett
|
|
a lecture on integration by parts owned by alozano
|
|
a lecture on integration by substitution owned by alozano
|
|
a lecture on the partial fraction decomposition method owned by alozano
|
|
Leech lattice owned by monster
|
|
left action (in group action) owned by David Jao, Andrew Archibald
|
|
left adjoint (=adjoint functor) owned by Michael Slone, Christopher Lee, bwebste, Andrew Archibald, Cam McLeman, Chi Woo, bci1
|
|
left alternative law (in alternative algebra) owned by Chi Woo
|
|
left and right cosets in a double coset owned by Rui Palma
|
|
left and right identity laws of a monad (=monad) owned by Cam McLeman, Logan Hanks
|
|
left and right unity of ring owned by Raymond Puzio, J. Pahikkala
|
|
left annihilator (=annihilator) owned by anti zeus, Chi Woo
|
|
left approximate identity (in approximate identity) owned by Rui Palma, Thomas Foregger
|
|
left artinian (=artinian) owned by anti zeus
|
|
left cancellative (in cancellative semigroup) owned by yark, Graham Oliver
|
|
left cancellative semigroup (in cancellative semigroup) owned by yark, Graham Oliver
|
|
left child (in binary tree) owned by Yann Lamontagne, Logan Hanks
|
|
left classical ring of quotients (=classical ring of quotients) owned by Michael Clase
|
|
left closed (in closed monoidal category) owned by Chi Woo
|
|
left column rank (in rank of a matrix) owned by Chi Woo
|
|
left congruence modulo a subgroup (in quotient group) owned by Keenan Kidwell, Pedro Sanchez, alozano, J. Pahikkala, Michael Slone
|
|
left coset (in coset) owned by David Jao, Robert Milson
|
|
left dense (in dense ideal) owned by jocaps, Chi Woo
|
|
left derivative (=one-sided derivatives) owned by J. Pahikkala
|
|
left descendent (in binary tree) owned by Yann Lamontagne, Logan Hanks
|
|
left distributes over (in distributivity) owned by yark
|
|
left-distributive (in distributivity) owned by yark
|
|
left distributive (in distributivity) owned by yark
|
|
left distributive (in ternary ring) owned by Chi Woo
|
|
left distributive law (in distributivity) owned by yark
|
|
left distributivity (in distributivity) owned by yark
|
|
left division (in alternative definition of a quasigroup) owned by Chi Woo
|
|
left exact functor (=exact functor) owned by anti zeus
|
|
left function notation owned by anti zeus
|
|
left Goldie (in Goldie ring) owned by Michael Clase
|
|
left Goldie ring (in Goldie ring) owned by Michael Clase
|
|
left Haar measure (in Haar measure) owned by David Jao
|
|
left-half-open interval (in interval) owned by John Smith, matte, Cam McLeman, CyclotomicQ
|
|
left-handed limit (=one-sided limit) owned by Chi Woo, NeuRet, matte
|
|
left hand Grundwald Letnikov derivative (in fractional differentiation) owned by Warren Buck, Hui Bing Cheung, Wilfredo Lopez
|
|
left-hand Grunwald-Letnikov derivative (in fractional differentiation) owned by Warren Buck, Hui Bing Cheung, Wilfredo Lopez
|
|
left hand rule owned by Warren Buck
|
|
left hand side (in equation) owned by J. Pahikkala
|
|
left ideal (in ideal) owned by Michael Clase
|
|
left ideal (in ideal) owned by David Jao, Andrew Archibald
|
|
left ideal generated by (in ideal generated by a subset of a ring) owned by Cam McLeman
|
|
left ideal of an algebra (=ideal of an algebra) owned by Rui Palma, lataianu bogdan
|
|
left identity (in left identity and right identity) owned by Michael Clase
|
|
left identity (in hypergroup) owned by Chi Woo
|
|
left identity and right identity owned by Michael Clase
|
|
left-invariant (in Lie group) owned by Robert Milson, Thomas Foregger, Mike Fikes
|
|
left invariant differential form (in invariant differential form) owned by Rui Palma
|
|
left invariant form (in invariant differential form) owned by Rui Palma
|
|
left inverse (in inverses in rings) owned by Warren Buck
|
|
left inverse (in hypergroup) owned by Chi Woo
|
|
left invertible (in inverses in rings) owned by Warren Buck
|
|
left limit (=limit of a functor) owned by Chi Woo, Andrew Archibald
|
|
left-linear (in linear language) owned by Chi Woo
|
|
left linear (=linear language) owned by Chi Woo
|
|
left map (in bilinear form) owned by Robert Milson, Aaron Krowne, David, Thomas Foregger, alozano
|
|
left module (=module) owned by David Jao
|
|
left module action (=module) owned by yark, anti zeus
|
|
leftmost derivation owned by Chi Woo
|
|
left noetherian (=noetherian) owned by anti zeus
|
|
left noetherian (in noetherian ring) owned by Andrew Archibald, Kimberly Lloyd
|
|
left Noetherian module (in Noetherian module) owned by yark, Kimberly Lloyd, Andrew Archibald
|
|
left noetherian ring (in noetherian ring) owned by Andrew Archibald, Kimberly Lloyd
|
|
left-normal (in one-sided normality of subsemigroup) owned by lars_h
|
|
left-normalizer (in one-sided normality of subsemigroup) owned by lars_h
|
|
left notation (=left function notation) owned by anti zeus
|
|
left Ore condition (in Ore condition) owned by Michael Clase
|
|
left Ore ring (in Ore condition) owned by Michael Clase
|
|
left perpendicular (in left / right perpendicular) owned by Algeboy
|
|
left power (in flexible algebra) owned by Chi Woo
|
|
left quasi-regular (in quasi-regularity) owned by Michael Clase
|
|
left quotient (in quotient of languages) owned by Chi Woo
|
|
left residual (in residuated lattice) owned by Chi Woo
|
|
left Riemann sum (in Riemann sum) owned by Warren Buck, Kevin Ferguson, Cam McLeman
|
|
left / right perpendicular owned by Algeboy
|
|
left root (=limit of a functor) owned by Chi Woo, Andrew Archibald
|
|
left row rank (in rank of a matrix) owned by Chi Woo
|
|
left Schützenberger graph (in Schützenberger graph) owned by Marco Mazzucchelli
|
|
left-sided derivative (in one-sided derivatives) owned by J. Pahikkala
|
|
left-sided limit (=one-sided limit) owned by Chi Woo, NeuRet, matte
|
|
left simple (in simple semigroup) owned by Michael Clase
|
|
left subcommutative (in subcommutative) owned by J. Pahikkala
|
|
left subtree (in binary tree) owned by Yann Lamontagne, Logan Hanks
|
|
left-transposable integer (=parasitic number) owned by L. H., Wilfredo Lopez
|
|
left triangular (in triangular matrix) owned by Warren Buck, Aaron Krowne
|
|
left triangular matrix (in triangular matrix) owned by Warren Buck, Aaron Krowne
|
|
left uniformity (in uniform structure of a topological group) owned by Michael Slone, Paolo, yark
|
|
left uniformly continuous functions on a locally compact group (in locally compact quantum groups: uniform continuity) owned by bci1
|
|
left unit isomorphism (in monoidal category) owned by Juan M. Marquez B., Chi Woo
|
|
left unity (in left and right unity of ring) owned by Raymond Puzio, J. Pahikkala
|
|
left zero (in zero elements) owned by Michael Clase
|
|
left zero divisor (in zero divisor) owned by Cláudio Valente, Stephen Forrest
|
|
left zero semigroup (in null semigroup) owned by Michael Clase
|
|
leg (in trapezoid) owned by Warren Buck
|
|
Legendre polynomial owned by Cam McLeman, Aaron Denney
|
|
Legendre's conjecture owned by John Smith
|
|
Legendre's Differential Equation (in Legendre polynomial) owned by Cam McLeman, Aaron Denney
|
|
Legendre symbol owned by alozano, Pedro Sanchez, Cam McLeman, Raymond Puzio, J. Pahikkala
|
|
Legendre Transform (in Legendre Transform) owned by Fernando Sanz Gamiz
|
|
Legendre Transform owned by Fernando Sanz Gamiz
|
|
Legendre transformation (in Legendre Transform) owned by Fernando Sanz Gamiz
|
|
legs owned by Aaron Krowne
|
|
Lehmann-Scheffe theorem (=Lehmann-Scheffé theorem) owned by Chi Woo, fseoane, yark, James Knodel
|
|
Lehmann-Scheffé theorem owned by Chi Woo, fseoane, yark, James Knodel
|
|
Lehmer mean owned by J. Pahikkala
|
|
Lehmer's Algorithm (=fast Euclidean algorithm) owned by Cam McLeman, daveagp
|
|
Lehmer's conjecture (in Ramanujan tau function) owned by Warren Buck
|
|
Leibniz' estimate for alternating series owned by J. Pahikkala, Steve Cheng
|
|
Leibniz' estimate for remainder term (=Leibniz' estimate for alternating series) owned by J. Pahikkala, Steve Cheng
|
|
Leibniz' harmonic triangle (=Leibniz harmonic triangle) owned by John Smith
|
|
Leibniz harmonic triangle owned by John Smith
|
|
Leibniz notation owned by Cam McLeman, xriso, yark
|
|
Leibniz notation for vector fields owned by Steve Cheng
|
|
Leibniz rule (=generalizations of the Leibniz rule) owned by Gera Weiss, matte, alozano, Michael Slone, Raymond Puzio,
|
|
Leibniz's harmonic triangle (=Leibniz harmonic triangle) owned by John Smith
|
|
Leibniz's rule (=differentiation under the integral sign) owned by Steve Cheng
|
|
Leibniz's theorem (=alternating series test) owned by Koro, David, Stephen Forrest, matte, Larry Hammick
|
|
proof of Leibniz's theorem (using Dirichlet's convergence test) owned by Cam McLeman, Thomas Heye, matte
|
|
Leibniz test (=alternating series test) owned by Koro, David, Stephen Forrest, matte, Larry Hammick
|
|
Leibniz'z harmonic triangle (=Leibniz harmonic triangle) owned by John Smith
|
|
lemma owned by Cam McLeman, Thomas Foregger, Raymond Puzio
|
|
lemma for imaginary quadratic fields owned by J. Pahikkala
|
|
lemma on projection of countable sets owned by Raymond Puzio, yark, Thomas Foregger
|
|
lemniscate (in polar curve) owned by Chi Woo
|
|
lemniscate of Bernoulli (in Cassini oval) owned by J. Pahikkala
|
|
Lemoine circle owned by Pedro Sanchez
|
|
Lemoine point owned by Pedro Sanchez
|
|
Lemoine's conjecture (=Levy's conjecture) owned by John Smith
|
|
length owned by John Smith, Anthony Morris, Warren Buck
|
|
length (in concatenation) owned by Chi Woo, Warren Buck
|
|
length (in rectifiable curve) owned by yark, Oscar Randal-Williams, Raymond Puzio
|
|
length (in part of a partition) owned by Pedro Sanchez
|
|
length function owned by mhale
|
|
length-increasing (in context-sensitive language) owned by Chi Woo, Wilfredo Lopez, Michael Slone
|
|
length of a curve (=arc length) owned by Cam McLeman, Ronald Lett
|
|
length of a curve (in length of curve in a metric space) owned by Thomas Foregger
|
|
length of a module owned by Chi Woo, Cam McLeman
|
|
length of a polygon (in length) owned by John Smith, Anthony Morris, Warren Buck
|
|
length of a polynomial owned by Yann Lamontagne
|
|
length of a set (in length) owned by John Smith, Anthony Morris, Warren Buck
|
|
length of a string owned by Cam McLeman, xriso
|
|
length of a word (in concatenation) owned by Chi Woo, Warren Buck
|
|
length of curve in a metric space owned by Thomas Foregger
|
|
length of Weyl group (in Coxeter group) owned by Simone, Michael Slone, Roger Lipsett, gandalfxviv, Algeboy
|
|
lengths of angle bisectors owned by J. Pahikkala
|
|
lengths of medians (=lengths of triangle medians) owned by J. Pahikkala
|
|
lengths of triangle medians owned by J. Pahikkala
|
|
Leonardo da Pisa owned by Anthony Morris, Milo Gardner
|
|
Leonardo Pisano (=Leonardo da Pisa) owned by Anthony Morris, Milo Gardner
|
|
Leopold Kronecker owned by Anthony Morris
|
|
Leopoldt's conjecture owned by Cam McLeman
|
|
leptokurtic (in moment) owned by Chi Woo, Jose Alberto Bonilla Vera
|
|
Leray spectral sequence owned by bwebste, Jeff Garrett, Cam McLeman
|
|
Leray spectral sequence for an affine morphism owned by Andrew Archibald
|
|
Leray's theorem owned by Cam McLeman, Simone
|
|
proof of Leray's Theorem (via spectral sequences) owned by Cam McLeman, Simone, yark
|
|
Leslie model owned by odenskrigare
|
|
letter owned by js290, Aaron Krowne
|
|
letter-equivalent (in Parikh's theorem) owned by Chi Woo
|
|
level (in tree (set theoretic)) owned by Henry,
|
|
level curve owned by J. Pahikkala
|
|
level of a field (=stufe of a field) owned by Chi Woo
|
|
level of detail (=multiresolution analysis) owned by Alex Gittens
|
|
level set owned by yark, Raymond Puzio
|
|
level set (in zero set of a topological space) owned by Chi Woo
|
|
level sets of smooth functions on manifolds owned by Raymond Puzio
|
|
level surface (in level curve) owned by J. Pahikkala
|
|
Levi-Civita connection owned by Raymond Puzio, bwebste
|
|
Levi-Civita permutation symbol owned by matte, Robert Milson
|
|
Levi-flat (=Levi flat) owned by Jiri Lebl
|
|
Levi flat owned by Jiri Lebl
|
|
Levi form (in Levi pseudoconvex) owned by Jiri Lebl
|
|
Levin reduction owned by Henry
|
|
Levi problem (in solution of the Levi problem) owned by Jiri Lebl
|
|
Levi pseudoconvex owned by Jiri Lebl
|
|
Levi's theorem owned by bwebste
|
|
Levy collapse owned by ratboy, Henry, yark, Anthony Morris
|
|
Levy conjecture (=Levy's conjecture) owned by John Smith
|
|
Levy-Desplanques theorem owned by Andrea Ambrosio
|
|
Levy martingale characterization owned by skubeedooo
|
|
Levy process (=Lévy process) owned by John Smith, Thomas Foregger, L. H.
|
|
Lévy process owned by John Smith, Thomas Foregger, L. H.
|
|
Levy process owned by juansba, Chi Woo
|
|
Levy's conjecture owned by John Smith
|
|
Lewis Carroll owned by John Smith
|
|
Lewy extension (=Lewy extension theorem) owned by Jiri Lebl
|
|
Lewy extension theorem owned by Jiri Lebl
|
|
Lewy hypersurface owned by Jiri Lebl
|
|
lexicographic enumeration (=standard enumeration) owned by Cam McLeman, Xiaoyang Gu, yark
|
|
lexicographic order owned by matte, yark, Thomas Foregger, Warren Buck
|
|
lexicographic ordering (in product of posets) owned by Chi Woo, Thomas Foregger
|
|
Leyland number owned by L. H., Wilfredo Lopez
|
|
L-function of an elliptic curve (=L-series of an elliptic curve) owned by alozano, Cam McLeman
|
|
lg (=Briggsian logarithms) owned by J. Pahikkala
|
|
l-group (=partially ordered group) owned by Chi Woo
|
|
l'Hôpital's rule owned by mathwizard, Ronald Lett
|
proof of l'Hôpital's rule for form owned by Steve Cheng
|
|
l'Hospital's rule (=l'Hôpital's rule) owned by mathwizard, Ronald Lett
|
|
Li (=logarithmic integral) owned by J. Pahikkala, silverfish
|
|
liapunov condition (in Lindeberg's central limit theorem) owned by Koro
|
|
Liapunov function (=Lyapunov function) owned by Chi Woo, James Wrkich
|
|
liapunov's central limit theorem (in Lindeberg's central limit theorem) owned by Koro
|
|
Liapunov stability (=Lyapunov stable) owned by Benjamin Armbruster, yark, suileroc, Koro, Pedro A. Fernandez
|
|
Liapunov stable (=Lyapunov stable) owned by Benjamin Armbruster, yark, suileroc, Koro, Pedro A. Fernandez
|
|
Liber Abaci owned by Milo Gardner,
|
|
Lie algebra owned by David Jao, Jeff Garrett, Robert Milson
|
|
Lie algebra cohomology owned by Robert Milson, bwebste, Dr. W. H. Mannan, Rui Palma
|
|
Lie algebra representation owned by Cam McLeman, Robert Milson, bwebste
|
|
Lie algebras from other algebras owned by Algeboy
|
|
Lie algebroid (in Lie algebroids) owned by bci1
|
|
Lie algebroids owned by bci1
|
|
Lie bracket owned by Raymond Puzio, matte, Cam McLeman
|
|
Lie derivative owned by Raymond Puzio, bwebste
|
|
Lie derivative (in Lie derivative (for vector fields)) owned by matte, Marco Mazzucchelli, smw
|
|
Lie derivative (for vector fields) owned by matte, Marco Mazzucchelli, smw
|
|
Lie element (in Lie element) owned by Algeboy
|
|
Lie element owned by Algeboy
|
|
Lie group owned by Robert Milson, Thomas Foregger, Mike Fikes
|
|
Lie groupoid owned by bci1
|
|
Lie groupoid representation (in frame groupoid) owned by bci1
|
|
Lie groupoid representation (in groupoid representation) owned by bci1
|
|
Lie group representation (in spin networks and spin foams) owned by bci1
|
|
Lienard equation (in Lienard system) owned by Yann Lamontagne
|
|
Lienard system owned by Yann Lamontagne
|
|
lie on (in incidence geometry) owned by Chi Woo, Warren Buck, Thomas Foregger
|
|
lie over (in Lying-Over Theorem) owned by J. Pahikkala
|
|
lies on (=incidence geometry) owned by Chi Woo, Warren Buck, Thomas Foregger
|
|
Lie's theorem owned by bwebste
|
|
Lie superalgebra (=Cartan calculus) owned by bci1, Rajan Mehta, Chi Woo
|
|
Lie super algebra (=Lie superalgebra) owned by bci1, Rajan Mehta
|
|
Lie superalgebra owned by bci1, Rajan Mehta
|
|
Lie superbracket (in Lie superalgebra) owned by bci1, Rajan Mehta
|
|
lift (in transversals / lifts / sifts) owned by Algeboy
|
|
lift (in lifting of maps) owned by Dr_Absentius
|
|
lifting (in lifting of maps) owned by Dr_Absentius
|
|
lifting of maps owned by Dr_Absentius
|
|
lifting theorem owned by Dr_Absentius
|
|
likelihood (=likelihood function) owned by Chi Woo
|
|
likelihood equation (in score function) owned by Chi Woo, Greg Reynolds
|
|
likelihood function owned by Chi Woo
|
|
likelihood statistic (=likelihood function) owned by Chi Woo
|
|
like terms (in polynomial) owned by Warren Buck
|
owned by Koro, matte
|
|
limaçon (=polar curve) owned by Chi Woo
|
|
limacon (in polar curve) owned by Chi Woo
|
|
limerick on Euler's identity owned by John Smith
|
|
liminf (=limit inferior) owned by Robert Milson
|
|
limit (in limit of a functor) owned by Chi Woo, Andrew Archibald
|
|
limit owned by David Jao, Robert Milson
|
|
limit (in convergent sequence) owned by David Jao
|
|
limit (in limit of real number sequence) owned by J. Pahikkala
|
|
limit along a filter (in limit along a filter) owned by kompik,
|
|
limit along a filter owned by kompik,
|
|
limit along filter (=limit along a filter) owned by kompik,
|
|
limit at infinity (in improper limits) owned by J. Pahikkala
|
|
limitation of size principle (in class) owned by yark, Aatu Koskensilta
|
|
limit cardinal owned by yark
|
|
limit comparison test owned by alozano
|
|
proof of limit comparison test owned by Cláudio Valente
|
|
limit cycle owned by Yann Lamontagne
|
|
limited erasing (=linear erasing) owned by Chi Woo
|
|
limited tangent owned by Cam McLeman, J. Pahikkala
|
|
limit examples owned by J. Pahikkala
|
|
limit for exp(z) owned by Cam McLeman, Tobias Pfanner
|
|
limit from above (=one-sided limit) owned by Chi Woo, NeuRet, matte
|
|
limit from below (=one-sided limit) owned by Chi Woo, NeuRet, matte
|
|
limit function (in limit function of sequence) owned by J. Pahikkala, Pedro Sanchez
|
|
limit function of sequence owned by J. Pahikkala, Pedro Sanchez
|
|
limit inferior owned by Robert Milson
|
|
limit inferior of sets (in limit superior of sets) owned by Koro
|
|
limiting cone owned by Chi Woo
|
|
limiting triangle owned by Warren Buck
|
|
limit laws for uniform convergence owned by Steve Cheng
|
limit of is one when limit of is zero owned by Raymond Puzio
|
|
limit of a functor owned by Chi Woo, Andrew Archibald
|
|
the limit of a uniformly convergent sequence of continuous functions is continuous owned by neapol1s
|
|
limit of derivatives diverges from derivative of limit function (=derivative of limit function diverges from limit of derivatives) owned by J. Pahikkala
|
limit of as approaches 0 owned by Warren Buck
|
limit of as approaches 0 owned by Warren Buck
|
limit of as approaches 0 owned by Warren Buck
|
|
limit of geometric sequence owned by J. Pahikkala
|
|
limit of increasing sequence (=limit of nondecreasing sequence) owned by J. Pahikkala
|
|
limit of nondecreasing sequence owned by J. Pahikkala
|
|
limit of nth root of n owned by J. Pahikkala
|
|
proof of limit of nth root of n owned by Raymond Puzio, Thomas Foregger, J. Pahikkala
|
|
limit of real number sequence owned by J. Pahikkala
|
|
limit of sequence as sum of series owned by J. Pahikkala
|
|
limit of sequence of real numbers (=limit of real number sequence) owned by J. Pahikkala
|
|
limit of sequence of sets owned by Chi Woo
|
|
limit of sine integral (=sine integral at infinity) owned by J. Pahikkala
|
|
limit ordinal (in von Neumann ordinal) owned by Henry, Logan Hanks
|
|
limit point (in convergent sequence) owned by David Jao
|
|
limit point owned by Cam McLeman, Matt Piatkus
|
|
limit-point compact (=weakly countably compact) owned by yark, Matt Piatkus
|
|
limit point compact (=weakly countably compact) owned by yark, Matt Piatkus
|
|
limit point compactness (in weakly countably compact) owned by yark, Matt Piatkus
|
|
limit point of a sequence (in limit points of sequences) owned by Raymond Puzio
|
|
limit point of the sequence (in limit points of sequences) owned by Raymond Puzio
|
|
limit points and closure for connected sets owned by matte
|
|
limit points of sequences owned by Raymond Puzio
|
|
limit points of uncountable subsets of R^n owned by Rafael Szefler
|
|
proof of limit rule of product owned by J. Pahikkala
|
|
limit rules of functions owned by J. Pahikkala
|
|
limit rules of sequences (=limit rules of functions) owned by J. Pahikkala
|
|
limits of natural logarithm owned by J. Pahikkala
|
|
limit superior owned by Robert Milson
|
|
limit superior of sets owned by Koro
|
|
limsup (=limit superior) owned by Robert Milson
|
|
lindeberg condition (=Lindeberg's central limit theorem) owned by Koro
|
|
Lindeberg's central limit theorem owned by Koro
|
|
Lindelöf (in Lindelöf space) owned by yark, Matt Piatkus
|
|
Lindelöf hypothesis owned by J. Pahikkala
|
|
Lindelöf property (in Lindelöf space) owned by yark, Matt Piatkus
|
|
Lindelöf space owned by yark, Matt Piatkus
|
|
Lindelöf theorem owned by Pedro Sanchez, Andrew Archibald
|
|
proof of Lindelöf theorem owned by Matt Piatkus
|
|
Lindemann's theorem (=Lindemann-Weierstrass theorem) owned by Chi Woo
|
|
Lindemann-Weierstrass theorem owned by Chi Woo
|
proof of Lindemann-Weierstrass theorem and that e and are transcendental owned by Roger Lipsett, Warren Buck
|
|
Lindenbaum algebra (=Lindenbaum-Tarski algebra) owned by Chi Woo, Jean-Martin Albert, Raymond Puzio
|
|
Lindenbaum-Tarski algebra owned by Chi Woo, Jean-Martin Albert, Raymond Puzio
|
|
Lindenmayer system owned by Chi Woo
|
|
Lindenstrauss-Tzafriri complemented subspace theorem (=Banach spaces with complemented subspaces) owned by Kenny De Commer
|
|
Lindenstrauss-Tzafriri theorem (=Banach spaces with complemented subspaces) owned by Kenny De Commer
|
|
Lindström's theorem owned by Cam McLeman, Aatu Koskensilta
|
|
line (in incidence geometry) owned by Chi Woo, Warren Buck, Thomas Foregger
|
|
linear algebra owned by Robert Milson, Roger Lipsett, Chi Woo
|
|
linear algebraic groups (=classical groups) owned by Algeboy
|
|
linear assignment problem (=assignment problem) owned by John Smith, Roger Lipsett
|
|
linear bounded automaton owned by Chi Woo
|
|
linear code owned by Cam McLeman
|
|
linear combination owned by yark, Ronald Lett
|
|
linear complex structure (in linear complex structure) owned by Marco Mazzucchelli
|
|
linear complex structure owned by Marco Mazzucchelli
|
|
linear congruence owned by Thomas Foregger, J. Pahikkala
|
|
linear continuum (in linear continuum) owned by Keenan Kidwell
|
|
linear continuum owned by Keenan Kidwell
|
|
linear convergence owned by Thomas Foregger, Gunnar
|
|
linear dependence (in linearly independent) owned by Robert Milson, Yann Lamontagne, NeuRet, Thomas Foregger, Chi Woo
|
|
linear diagram (in categorical sequence) owned by bci1
|
|
linear diagrams (=categorical sequence) owned by bci1
|
|
linear differential equation (in differential equation) owned by Raymond Puzio, Igor Khavkine, Julien Arino
|
|
linear differential equation of first order owned by J. Pahikkala, Raymond Puzio
|
|
linear equation owned by Robert Milson
|
|
linear erasing owned by Chi Woo
|
|
linear extension owned by Alexander, Robert Milson,
|
|
linear extension (=extension of a poset) owned by Chi Woo
|
|
linear extension of a poset (in extension of a poset) owned by Chi Woo
|
|
linear form (in homogeneous polynomial) owned by Chi Woo
|
|
linear form (=linear functional) owned by yark, Matt Piatkus
|
|
linear formulas for Pythagorean triples owned by J. Pahikkala
|
|
linear fractional transformation (=Möbius transformation) owned by Koro, David
|
|
linear function owned by Chi Woo
|
|
linear functional owned by yark, Matt Piatkus
|
|
linear functional (in functional) owned by Cam McLeman, D. Allan Drummond
|
|
linear functional (in dual module) owned by Thomas Foregger
|
|
linear grammar (in linear language) owned by Chi Woo
|
|
linear hyperbolic isomorphism (=hyperbolic isomorphism) owned by Koro
|
|
linear independence (=linearly independent) owned by Robert Milson, Yann Lamontagne, NeuRet, Thomas Foregger, Chi Woo
|
|
linear independence (in six exponentials theorem) owned by Kevin O'Bryant
|
|
linear integral equation (in integral equation) owned by J. Pahikkala
|
|
linear interpolation owned by Chi Woo
|
|
linear involution owned by matte, Thomas Foregger, Pedro A. Fernandez
|
|
example of linear involution owned by Cam McLeman, Johan
|
|
linear isomorphism owned by matte, Chi Woo
|
|
linearization owned by Chi Woo
|
|
linearized (in linearization) owned by Chi Woo
|
|
linear language owned by Chi Woo
|
|
linear least squares owned by Aaron Krowne
|
|
example of linear least squares owned by Ben Loftin
|
|
linear least squares fit owned by Raymond Puzio, Chi Woo
|
|
linearly dependent (in linearly independent) owned by Robert Milson, Yann Lamontagne, NeuRet, Thomas Foregger, Chi Woo
|
|
linearly disjoint owned by Chi Woo
|
|
linearly independent owned by Robert Milson, Yann Lamontagne, NeuRet, Thomas Foregger, Chi Woo
|
|
linearly ordered (in total order) owned by yark, Logan Hanks
|
|
linearly ordered owned by Aaron Krowne
|
|
linearly-ordered (in total order) owned by yark, Logan Hanks
|
|
linearly ordered category (in partially ordered category) owned by Chi Woo
|
|
linearly ordered set (in total order) owned by yark, Logan Hanks
|
|
linearly-ordered set (in total order) owned by yark, Logan Hanks
|
|
linear manifold owned by matte
|
|
linear map (=linear transformation) owned by Chi Woo, Yann Lamontagne, Keenan Kidwell, yark
|
|
linear mapping (=linear transformation) owned by Chi Woo, Yann Lamontagne, Keenan Kidwell, yark
|
|
linear operator (in linear transformation) owned by Chi Woo, Yann Lamontagne, Keenan Kidwell, yark
|
|
linear order (=total order) owned by yark, Logan Hanks
|
|
linear ordered geometry owned by Thomas Foregger
|
|
linear ordering (=linearly ordered) owned by Aaron Krowne
|
|
linear ordering (=total order) owned by yark, Logan Hanks
|
|
linear ordinary differential equation owned by matte
|
|
linear ordinary differential equation of first order (=linear differential equation of first order) owned by J. Pahikkala, Raymond Puzio
|
|
linear pair owned by Warren Buck
|
|
linear pair postulate (in linear pair) owned by Warren Buck
|
|
Linear Plexing owned by cogent
|
|
linear probing (in hashing) owned by Aaron Krowne
|
|
linear problem (=linear equation) owned by Robert Milson
|
|
linear programming owned by Cam McLeman, Michael Slone
|
|
linear programming problem (in linear programming) owned by Cam McLeman, Michael Slone
|
|
linear proposition (in differential propositional calculus) owned by Jon Awbrey
|
|
linear recurrence owned by Thomas Foregger
|
|
linear recurrent sequence (in Berlekamp-Massey algorithm) owned by Cam McLeman, daveagp
|
|
linear regression model (in regression model) owned by Chi Woo, Thomas Foregger
|
|
(linear) sequence of morphisms (in categorical sequence) owned by bci1
|
|
linear set (in Parikh's theorem) owned by Chi Woo
|
|
linear space (=vector space) owned by David Jao
|
|
linear space owned by Chi Woo
|
linear space of square integrable functions (in -spaces are Hilbert spaces) owned by Rui Palma, FunctorSalad, bci1, Karsten Bohlen, paolini, Chi Woo
|
|
linear span (=span) owned by mathwizard, Ronald Lett, yark, Igor Khavkine, Thomas Foregger, Chi Woo
|
|
linear subspace (=vector subspace) owned by yark, Marco Milon, matte
|
|
linear symplectomorphism (in symplectic vector space) owned by matte, Chi Woo, Marco Mazzucchelli, Thomas Foregger
|
|
linear system (=linear equation) owned by Robert Milson
|
|
linear ternary ring (in ternary ring) owned by Chi Woo
|
|
linear time invariant system owned by Thomas Foregger, ppirrip
|
|
linear topological space (=topological vector space) owned by yark, Matt Piatkus
|
|
linear transformation owned by Chi Woo, Yann Lamontagne, Keenan Kidwell, yark
|
|
linear transformation is continuous if its domain is finite dimensional owned by matte, Igor Khavkine
|
|
line at infninity (in introducing coordinates in a projective plane) owned by Chi Woo
|
|
line bundle owned by bwebste
|
|
line configuration (=projective line configurations) owned by Raymond Puzio
|
|
line graph owned by Michael Slone
|
line in (=line in space) owned by J. Pahikkala, Warren Buck
|
|
line in plane owned by matte, Chi Woo, Robert Milson, J. Pahikkala
|
|
line in space owned by J. Pahikkala, Warren Buck
|
|
line integral (=path integral) owned by Ronald Lett, Michael Slone, J. Pahikkala
|
|
line integral (=contour integral) owned by Thomas Foregger, Oscar Randal-Williams, yark, Cam McLeman
|
|
line of curvature owned by J. Pahikkala
|
|
line ratio (in similarity in geometry) owned by J. Pahikkala, Michael Slone, Warren Buck, Thomas Foregger
|
|
line segment owned by matte, Thomas Foregger, Warren Buck
|
|
a line segment has at most one midpoint owned by Thomas Foregger
|
|
line symmetry (in symmetry) owned by Warren Buck, Chi Woo
|
|
line through an intersection point owned by J. Pahikkala
|
(in -space) owned by Thomas Foregger, D. Allan Drummond, Jesse McKeown, Manoj Verma, Cam McLeman
|
|
L^\infty norm (in vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
owned by Adam Knapp, Joe Corneli, Boris Bukh, Dr. Dinesh Karia, matte, scineram, Rui Palma
|
|
link (in knot theory) owned by Chi Woo, Benjamin
|
|
link between infinite products and sums owned by paolini
|
|
link function (in generalized linear model) owned by Chi Woo
|
|
Liouville approximation theorem owned by Kimberly Lloyd
|
|
proof of Liouville approximation theorem owned by Lieven Marchand,
|
|
Liouville function owned by Kimberly Lloyd
|
|
Liouville number owned by John Smith
|
Liouville one-form (=Poincaré -form) owned by matte, Raymond Puzio
|
|
Liouville's constant (in Liouville number) owned by John Smith
|
|
Liouville's Principle owned by Igor Khavkine
|
|
Liouville's theorem owned by David Jao
|
|
Liouville's theorem owned by Koro, Yann Lamontagne
|
|
proof of Liouville's theorem owned by Matt Piatkus
|
|
Lipschitz (=Lipschitz condition) owned by paolini, Robert Milson, Ronald Lett
|
|
Lipschitz (in Lipschitz function) owned by bwebste, Joe Corneli, yark, Andrew Archibald, Warren Buck, Aleksander Grm
|
|
Lipschitz condition owned by paolini, Robert Milson, Ronald Lett
|
|
Lipschitz condition and differentiability owned by Thomas Foregger, Ronald Lett, Robert Milson, Koro
|
|
Lipschitz condition and differentiability result owned by paolini
|
|
example of Lipschitz condition owned by Adam Dinwoodie
|
|
Lipschitz constant (in Lipschitz condition) owned by paolini, Robert Milson, Ronald Lett
|
|
Lipschitz continuous (=Lipschitz condition) owned by paolini, Robert Milson, Ronald Lett
|
|
Lipschitz function owned by bwebste, Joe Corneli, yark, Andrew Archibald, Warren Buck, Aleksander Grm
|
|
Lipschitz inverse mapping theorem owned by Koro
|
|
liquid crystal (=quasicrystal) owned by bci1
|
|
lisanshuxuetijie owned by zhaizhinian
|
|
Lissajous curves owned by J. Pahikkala
|
|
list of Abel Laureates owned by John Smith, Algeboy
|
|
list of all imaginary quadratic extensions whose ring of integers is a PID owned by Roger Lipsett
|
|
list of Chauvenet Prize winners owned by John Smith, Robert Happelberg
|
|
list of cities which have hosted the International Congress of Mathematicians owned by John Smith, Anthony Morris
|
|
list of common limits owned by Warren Buck, J. Pahikkala, Pedro A. Fernandez, John Smith
|
|
list of common topologies owned by matte
|
|
list of divisors of some small highly composite numbers owned by John Smith
|
|
list of Fibonacci numbers owned by Cláudio Valente
|
|
list of fictional mathematicians owned by John Smith, silverfish, L. H.
|
|
list of Fields medalists owned by Anthony Morris, Michael Slone, Wilfredo Lopez, Thomas Foregger, Jiri Lebl
|
|
list of improper integrals owned by J. Pahikkala, George Lowther
|
|
list of mathematicians awarded the Adams Prize owned by John Smith, Warren Buck
|
|
list of mathematicians awarded the Crafoord Prize owned by John Smith
|
|
list of mathematicians awarded the Schock Prize owned by John Smith
|
|
list of mathematicians awarded the Whitehead Prize owned by John Smith
|
|
list of mathematicians awarded the Wolf Prize owned by John Smith, Anthony Morris
|
|
list of mathematicians who have won the Nobel Prize owned by John Smith, Michael Slone, Anthony Morris, Warren Buck
|
|
list of mathematicians with Erdős number 1 owned by Anthony Morris, Algeboy, Michael Slone, Wilfredo Lopez, Warren Buck, mathwizard
|
|
list of name and Greek letter functions and constants in Mathematica owned by John Smith
|
|
list of overloaded symbols owned by John Smith
|
|
list of probability distributions owned by George Lowther
|
|
list of Putnam Fellows sorted by year owned by John Smith, L. H.
|
|
list vector owned by Robert Milson
|
|
literal (in atomic formula) owned by Chi Woo, Jean-Martin Albert
|
|
literal subformula (in subformula) owned by Chi Woo, Jean-Martin Albert
|
|
little Picard theorem owned by Koro
|
|
live (in simplified automaton) owned by Chi Woo
|
|
LiveGraphics3D (in interactive animation graphics) owned by bci1
|
|
L-language (in Lindenmayer system) owned by Chi Woo
|
|
LL(k) owned by Chi Woo
|
|
LM-algebraic logic (= MV-Logics in the Category of Automata ) owned by bci1
|
|
LM-logic algera (in MV-Logics in the Category of Automata ) owned by bci1
|
|
LMn-algebraic n-valued logic (=generalized toposes with many-valued logic subobject classifiers) owned by bci1, Chi Woo
|
|
ln (in logarithm) owned by Robert Milson, Warren Buck, Thomas Foregger, kfgauss70
|
|
load factor (in hashing) owned by Aaron Krowne
|
|
Lobachevsky's formula owned by vmoraru
|
|
Löb's theorem owned by dankomed, Chi Woo
|
|
local base owned by yark, Pedro Sanchez
|
|
local basis (in distribution) owned by Jiri Lebl
|
|
local category (in local Grothendieck category) owned by bci1
|
|
local compactness (in locally compact) owned by David Jao
|
|
local compactness is hereditary for locally closed subspaces owned by Rui Palma, bci1
|
|
local coordinates (in manifold) owned by matte, Robert Milson
|
|
local defining function (in hypersurface) owned by Jiri Lebl
|
|
local defining functions (in submanifold) owned by Jiri Lebl
|
|
local dimension of a locally Euclidean space owned by Rafael Szefler
|
|
locale owned by Chi Woo
|
|
locale homomorphism (in locale) owned by Chi Woo
|
|
local field owned by David Jao
|
|
proof that local finiteness is closed under extension owned by yark
|
|
local function (cellular automaton) (in cellular automaton) owned by Ziosilvio
|
|
local Grothendieck category owned by bci1
|
|
local homeomorphism owned by Rafael Szefler
|
|
local homeomorphisms between real numbers owned by Rafael Szefler
|
|
local homeomorphy (=locally homeomorphic) owned by Alexander,
|
|
local idempotent (in idempotent classifications) owned by Algeboy, Chi Woo
|
|
localization owned by David Jao
|
|
localization for distributions owned by Pedro Sanchez, matte
|
|
localization of a module owned by Chi Woo, Thomas Foregger
|
|
localizations of Dedekind domains are Dedekind owned by George Lowther
|
|
proof of localizations of Dedekind domains are Dedekind owned by George Lowther
|
|
localizing subcategory (in section functor) owned by bci1
|
|
localizing subcategory (in canonical localizing system) owned by bci1
|
|
locally 1-connected (=locally simply connected) owned by Dr_Absentius
|
|
locally analytic (in analytic set) owned by Jiri Lebl
|
|
locally bounded owned by Jiri Lebl
|
|
locally bounded convergence theorem (in dominated convergence for stochastic integration) owned by George Lowther
|
|
locally bounded process (in local properties of processes) owned by George Lowther
|
locally owned by yark
|
|
locally closed owned by Rui Palma
|
|
locally closed subgroups of topological groups are closed owned by Rui Palma
|
|
locally compact owned by David Jao
|
|
examples of locally compact and not locally compact spaces owned by Axel Boldt, yark, Thomas Foregger
|
|
locally compact dynamical system (in groupoid C*-dynamical system) owned by bci1
|
|
locally compact dynamical system with Haar measure (in groupoid C*-dynamical system) owned by bci1
|
|
locally compact dynamical system with Haar measure (=groupoid C*-dynamical system) owned by bci1
|
|
locally compact groupoid (in locally compact groupoids) owned by bci1
|
|
locally compact groupoid (in groupoid and group representations related to quantum symmetries) owned by bci1, Chi Woo
|
|
locally compact groupoids owned by bci1
|
|
locally compact groupoids with Haar measure (=quantum groups) owned by bci1
|
|
locally compact Hausdorff spaces owned by bci1
|
|
locally compact Hausdorff spaces (=example of paracompact topological spaces) owned by bci1
|
|
locally compact quantum group owned by bci1
|
locally compact quantum groups (=locally compact quantum groups from von Neumann/ - algebras with Haar measures) owned by bci1
|
locally compact quantum groups from von Neumann/ - algebras with Haar measures owned by bci1
|
|
locally compact quantum groups: uniform continuity owned by bci1
|
|
locally compact T2Space (=locally compact Hausdorff spaces) owned by bci1
|
|
locally compact topological group (in locally compact groupoids) owned by bci1
|
|
locally compact topological groupoids (=locally compact groupoids) owned by bci1
|
|
locally compact topological space (in locally compact Hausdorff spaces) owned by bci1
|
|
locally connected owned by David Jao
|
|
locally convex curve (in curve) owned by Robert Milson, Oscar Randal-Williams, Andrew Archibald, Boris Bukh, Thomas Foregger
|
|
locally convex topological vector space owned by Cam McLeman, matte
|
|
locally countable (in locally finite collection) owned by yark, Matt Piatkus
|
|
locally countable collection (in locally finite collection) owned by yark, Matt Piatkus
|
|
locally cyclic (=locally cyclic group) owned by yark
|
|
locally cyclic group owned by yark
|
|
locally Euclidean owned by matte, Thomas Foregger, D. Trebbien, J. Pahikkala, momeara
|
|
locally Euclidean space (in locally Euclidean) owned by matte, Thomas Foregger, D. Trebbien, J. Pahikkala, momeara
|
|
locally finite (in locally finite poset) owned by Michael Slone
|
|
locally finite (in locally finite group) owned by Chi Woo
|
|
locally finite (in polyhedron) owned by Thomas Foregger, Pedro Sanchez, Cam McLeman
|
|
locally finite (in quantifier algebra) owned by Chi Woo
|
|
locally finite (in locally finite collection) owned by yark, Matt Piatkus
|
|
locally finite and normal (in FC-group) owned by yark
|
|
locally finite and normal group (in FC-group) owned by yark
|
|
locally finite category owned by Michael Slone
|
|
locally finite collection owned by yark, Matt Piatkus
|
|
locally finite graph owned by yark, Stephen Maguire
|
|
locally finite group owned by Chi Woo
|
|
locally finite lattice (in lattice interval) owned by Chi Woo
|
|
locally finitely generated sheaf (in coherent analytic sheaf) owned by Jiri Lebl
|
|
locally finite partition of unity (in partition of unity) owned by mhale
|
|
locally finite poset owned by Michael Slone
|
|
locally finite quiver owned by Rafael Szefler
|
|
locally free owned by Michael Slone, bwebste, yark
|
|
locally homeomorphic owned by Alexander,
|
|
locally integrable function owned by matte
|
|
locally integrable process (in local properties of processes) owned by George Lowther
|
|
locally maximal owned by Koro
|
|
locally metrizable (in Smirnov metrization theorem) owned by Roger Lipsett, Chi Woo
|
|
locally nilpotent (in nil and nilpotent ideals) owned by Michael Clase
|
|
locally nilpotent (in locally nilpotent group) owned by yark
|
|
locally nilpotent group owned by yark
|
|
locally nilpotent ideal (in nil and nilpotent ideals) owned by Michael Clase
|
|
locally nilpotent left ideal (in nil and nilpotent ideals) owned by Michael Clase
|
|
locally nilpotent radical (in locally nilpotent group) owned by yark
|
|
locally nilpotent right ideal (in nil and nilpotent ideals) owned by Michael Clase
|
|
locally nilpotent ring (in nil and nilpotent ideals) owned by Michael Clase
|
|
locally nilpotent subring (in nil and nilpotent ideals) owned by Michael Clase
|
|
locally normal (in FC-group) owned by yark
|
|
locally normal group (in FC-group) owned by yark
|
|
locally path connected (in locally connected) owned by David Jao
|
|
locally relatively simply connected (=semilocally simply connected) owned by David Jao
|
|
locally ringed space owned by David Jao
|
|
locally simply connected (in locally simply connected) owned by Dr_Absentius
|
|
locally simply connected owned by Dr_Absentius
|
|
locally small (=wellpowered category) owned by kompik,
|
|
locally solid (in topological vector lattice) owned by Chi Woo
|
|
locally soluble (in Hasse principle) owned by alozano
|
|
locally testable owned by Chi Woo
|
|
locally trivial bundle owned by Michael Slone, bwebste
|
|
local martingale owned by skubeedooo, George Lowther
|
|
local martingale (in local properties of processes) owned by George Lowther
|
|
local maxima (in extremum) owned by Bayle Shanks, Boris Bukh, yark, Thomas Foregger, bci1
|
|
local maximum (in extremum) owned by Bayle Shanks, Boris Bukh, yark, Thomas Foregger, bci1
|
|
local maximum of concave function is necessarily global (=local minimum of convex function is necessarily global) owned by Steve Cheng, matte
|
|
local minima (in extremum) owned by Bayle Shanks, Boris Bukh, yark, Thomas Foregger, bci1
|
|
local minimum (in extremum) owned by Bayle Shanks, Boris Bukh, yark, Thomas Foregger, bci1
|
|
local minimum of convex function is necessarily global owned by Steve Cheng, matte
|
|
local multiplicity (in curve) owned by Robert Milson, Oscar Randal-Williams, Andrew Archibald, Boris Bukh, Thomas Foregger
|
|
local Nagano leaf (in local Nagano theorem) owned by Jiri Lebl
|
|
local Nagano theorem owned by Jiri Lebl
|
|
local orientation (in orientation) owned by John Smith, Dr_Absentius, Anthony Morris
|
|
local part of the L-series (in L-series of an elliptic curve) owned by alozano, Cam McLeman
|
|
local properties of processes owned by George Lowther
|
|
local property (in local properties of processes) owned by George Lowther
|
|
local quantum symmetry (in quantum groups) owned by bci1
|
|
local quantum symmetry (in locally compact quantum group) owned by bci1
|
|
local real analytic subvariety (in real analytic subvariety) owned by Jiri Lebl
|
|
local ring owned by David Jao, Axel Boldt
|
|
local ring homomorphism (in local ring) owned by David Jao, Axel Boldt
|
|
local section (in section of a fiber bundle) owned by Antonio
|
|
local submartingale (in local properties of processes) owned by George Lowther
|
|
local trivialization (in fiber bundle) owned by bwebste, Christopher Lee
|
|
local trivializations (in fiber bundle) owned by bwebste, Christopher Lee
|
|
location factor (in type of a distribution function) owned by Chi Woo
|
|
location family (in type of a distribution function) owned by Chi Woo
|
|
location parameter (=type of a distribution function) owned by Chi Woo
|
|
loc. cit. (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark
|
|
loci (in locus) owned by J. Pahikkala
|
|
loco citato (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark
|
|
locus (in locus) owned by J. Pahikkala
|
|
locus owned by J. Pahikkala
|
|
Loewner chain owned by Jiri Lebl
|
|
Loewner order (in Loewner ordering) owned by Cam McLeman
|
|
Loewner ordering owned by Cam McLeman
|
|
log (in logarithm) owned by Robert Milson, Warren Buck, Thomas Foregger, kfgauss70
|
|
logarithm owned by Robert Milson, Warren Buck, Thomas Foregger, kfgauss70
|
|
logarithm function (=exponential function) owned by Chi Woo, David, Cam McLeman
|
|
logarithmically convex (=logarithmically convex function) owned by Jiri Lebl
|
|
logarithmically convex function owned by Jiri Lebl
|
|
logarithmically convex set owned by Jiri Lebl
|
|
logarithmic convolution owned by Alex Gittens
|
|
logarithmic density owned by kompik,
|
|
logarithmic derivative owned by Raymond Puzio, J. Pahikkala
|
|
logarithmic integral (in prime number theorem) owned by Boris Bukh, Kimberly Lloyd
|
|
logarithmic integral (in logarithmic integral) owned by J. Pahikkala, silverfish
|
|
logarithmic integral owned by J. Pahikkala, silverfish
|
|
logarithmic proof of product rule owned by Warren Buck
|
|
logarithmic proof of quotient rule owned by Warren Buck
|
|
logarithmic scale owned by J. Pahikkala
|
|
logarithmic spiral owned by J. Pahikkala, Chi Woo
|
|
logarithm of sine function (=arc length example) owned by J. Pahikkala, Steve Cheng
|
|
logarithm series owned by J. Pahikkala
|
|
examples of logarithms simplifying calculations owned by John Smith
|
|
logarithmus binaris (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark
|
|
logarithmus generalis (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark
|
|
logarithmus integralis (in logarithmic integral) owned by J. Pahikkala, silverfish
|
|
logarithmus naturalis (in terms from foreign languages used in mathematics (html version)) owned by Warren Buck, silverfish, Algeboy, J. Pahikkala, Pedro A. Fernandez, yark
|
|
log-convex (=logarithmically convex function) owned by Jiri Lebl
|
|
log convex (=logarithmically convex function) owned by Jiri Lebl
|
|
log convex function (=logarithmically convex function) owned by Jiri Lebl
|
|
log-convex function (=logarithmically convex function) owned by Jiri Lebl
|
|
logic owned by Henry,
|
|
logical and (=conjunction) owned by Aaron Krowne
|
|
logical axiom owned by Chi Woo
|
|
logical connective owned by Michael Slone, Chi Woo, Pedro A. Fernandez, Jon Awbrey
|
|
logical consequence (in logically equivalent) owned by Sebastian Leske, Warren Buck, Chi Woo
|
|
logical equivalence (in logically equivalent) owned by Sebastian Leske, Warren Buck, Chi Woo
|
|
logical exclusive or (=exclusive or) owned by Adam Dinwoodie
|
|
logical foundations (in logicism) owned by LOURENCO MANUEL S.
|
|
logic algebra (in topic entry on the algebraic foundations of mathematics) owned by bci1
|
|
logic algebraic foundations (in toposes category theory) owned by bci1
|
|
logic algebras (=logicism) owned by LOURENCO MANUEL S.
|
|
logical graph : formal development owned by Jon Awbrey
|
|
logical graph : introduction owned by Jon Awbrey
|
|
logical implication owned by Jon Awbrey
|
|
logical language owned by Henry,
|
|
logically equivalent owned by Sebastian Leske, Warren Buck, Chi Woo
|
|
logical matrix (in logical matrix) owned by Jon Awbrey
|
|
logical matrix owned by Jon Awbrey
|
|
logical not (=negation) owned by J. Pahikkala
|
|
logical or (=disjunction) owned by Aaron Krowne
|
|
logical quantifier (in ETAC) owned by bci1
|
|
logical rule (in Gentzen system) owned by Chi Woo
|
|
logical symbol (=logical connective) owned by Michael Slone, Chi Woo, Pedro A. Fernandez, Jon Awbrey
|
|
logical system (=formal system) owned by Chi Woo
|
|
logical transformation (in differential propositional calculus) owned by Jon Awbrey
|
|
logical xor (=exclusive or) owned by Adam Dinwoodie
|
|
logicism owned by LOURENCO MANUEL S.
|
|
logics (in MSC classification of objects: articles search ) owned by bci1
|
|
logics of variable supercomplex systems (=fuzzy logics of living systems) owned by bci1
|
|
logistic map (in Feigenbaum fractal) owned by Aaron Krowne
|
|
logistic regression owned by Chi Woo
|
|
logit (in logistic regression) owned by Chi Woo
|
|
log-likelihood function (in likelihood function) owned by Chi Woo
|
|
lognormal distribution (=lognormal random variable) owned by Cam McLeman, Jose Alberto Bonilla Vera, yark
|
|
lognormal random variable owned by Cam McLeman, Jose Alberto Bonilla Vera, yark
|
|
log-odds ratio (in odds ratio) owned by Chi Woo
|
|
London Mathematical Society owned by John Smith
|
|
long division owned by alozano
|
|
proof of long division owned by Thomas Heye
|
|
long exact sequence in cohomology owned by Roger Lipsett
|
|
long exact sequence (locally trivial bundle) owned by bwebste
|
|
long exact sequence (of homology groups) owned by Cam McLeman, bwebste
|
|
longitude (in Riemann sphere) owned by Chi Woo, Cam McLeman, J. Pahikkala
|
|
long line owned by Dr_Absentius, Igor Khavkine, yark, Axel Boldt, alozano, Thomas Foregger, Chi Woo
|
|
long prime (=full reptend prime) owned by John Smith, Anthony Morris
|
|
look and say sequence owned by John Smith
|
|
loop (in loop and quasigroup) owned by Michael Clase
|
|
loop owned by Jeff Garrett
|
|
loop owned by Pedro Sanchez, Eric Tressler, Larry Hammick
|
|
loop (in biops) owned by HkBst, Chi Woo
|
|
loop algebra (in loop algebra) owned by Raymond Puzio, Benjamin Jones
|
|
loop algebra owned by Raymond Puzio, Benjamin Jones
|
|
loop and quasigroup owned by Michael Clase
|
|
loop space owned by Cam McLeman, Jeff Garrett
|
|
loop theorem owned by Juan M. Marquez B., Chi Woo
|
|
Loop theorem owned by Juan M. Marquez B.
|
|
Lorenz attractor (=Lorenz equation) owned by Yann Lamontagne
|
|
Lorenz equation owned by Yann Lamontagne
|
|
L-orthogonal selection owned by Jim
|
|
Losanitsch's triangle owned by L. H.
|
|
Lotka-Volterra system owned by Julien Arino
|
|
lower adjoint (in Galois connection) owned by Chi Woo, Michael Slone
|
|
lower asymptotic density (in asymptotic density) owned by Cam McLeman, Stephen Forrest
|
|
lower bound (in upper bound) owned by David Jao, Robert Milson
|
|
lower bound for sorting owned by Steve Cheng, Logan Hanks
|
|
lower central series (in solvable Lie algebra) owned by David Jao
|
|
lower central series (in nilpotent group) owned by David Jao
|
|
lower closed (in upper set) owned by Chi Woo
|
|
lower closure (=upper set) owned by Chi Woo
|
|
lower density (=asymptotic density) owned by Cam McLeman, Stephen Forrest
|
|
lower Hessenberg (=Hessenberg matrix) owned by Aaron Krowne
|
|
lower Hessenberg matrix (=Hessenberg matrix) owned by Aaron Krowne
|
|
lower limit (in definite integral) owned by mathwizard, xriso
|
|
lower limit topology (in Sorgenfrey line) owned by yark, Igor Khavkine
|
|
lower logarithmic density (in logarithmic density) owned by kompik,
|
|
lower nilradical (=prime radical) owned by Chi Woo, anti zeus
|
|
lower quartile (in percentile) owned by Chi Woo, Warren Buck, Thomas Foregger
|
|
lower Riemann sum (in Riemann sum) owned by Warren Buck, Kevin Ferguson, Cam McLeman
|
|
lower semiclosed (in ordered space) owned by Chi Woo
|
|
lower semi-continuous (in semicontinuous) owned by bwebste, Joe Corneli, matte, yark, via_strass, adrianita
|
|
lower semicontinuous (in semicontinuous) owned by bwebste, Joe Corneli, matte, yark, via_strass, adrianita
|
|
lower semilattice (in semilattice) owned by Michael Clase
|
|
lower semilattice (in meet) owned by yark, greg
|
|
lower semimodular lattice (=semimodular lattice) owned by Michael Slone, lars_h
|
|
lower set (in upper set) owned by Chi Woo
|
|
lower topology (in ordered space) owned by Chi Woo
|
|
lower triangular (in triangular matrix) owned by Warren Buck, Aaron Krowne
|
|
lower triangular matrix (in triangular matrix) owned by Warren Buck, Aaron Krowne
|
|
lowest terms (in fraction) owned by bwebste, Eric Tressler
|
|
lowest upper bound owned by David Jao
|
|
Löwner partial ordering owned by yark, Johan
|
|
Löwner's theorem owned by Cam McLeman, Johan, yark, Larry Hammick
|
|
loxodrome owned by J. Pahikkala
|
|
Lozanić's triangle (=Losanitsch's triangle) owned by L. H.
|
|
Lozanic's triangle (=Losanitsch's triangle) owned by L. H.
|
|
L^p (=vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
|
LP (=linear programming) owned by Cam McLeman, Michael Slone
|
functions have -finite support (in support of integrable function is -finite) owned by Rui Palma
|
|
L^p metric (=vector p-norm) owned by Andrea Ambrosio, Logan Hanks, Pedro Sanchez
|
-norm (in -space) owned by Thomas Foregger, D. Allan Drummond, Jesse McKeown, Manoj Verma, Cam McLeman
|
-norm is dual to owned by George Lowther
|
proof of -norm is dual to owned by George Lowther
|
|
L-process (in càdlàg process) owned by George Lowther
|
space (= -space) owned by Thomas Foregger, D. Allan Drummond, Jesse McKeown, Manoj Verma, Cam McLeman
|
-space owned by Thomas Foregger, D. Allan Drummond, Jesse McKeown, Manoj Verma, Cam McLeman
|
proof that spaces are complete owned by Simone, matte, HkBst, Thomas Foregger
|
|
l-ring (=partially ordered ring) owned by Chi Woo
|
(=LR(k)) owned by Chi Woo
|
|
LR(k) owned by Chi Woo
|
|
l-semigroup (=partially ordered group) owned by Chi Woo
|
|
L-series of an elliptic curve (in L-series of an elliptic curve) owned by alozano, Cam McLeman
|
|
L-series of an elliptic curve owned by alozano, Cam McLeman
|
|
LSTS (=labelled state transition system) owned by Chi Woo
|
|
L-subset (=fuzzy subset) owned by Giangiacomo Gerla, Thomas Foregger, Chi Woo
|
|
L-system (in Lindenmayer system) owned by Chi Woo
|
|
L system (=Lindenmayer system) owned by Chi Woo
|
|
LTI (=linear time invariant system) owned by Thomas Foregger, ppirrip
|
|
LTS (=labelled state transition system) owned by Chi Woo
|
|
Lucas-Carmichael number owned by John Smith
|
|
Lucas chain owned by John Smith
|
|
Lucas-Lehmer primality test owned by Chi Woo, vmoraru
|
|
examples of the Lucas-Lehmer primality test on small numbers owned by John Smith
|
|
proof of Lucas-Lehmer primality test owned by Roger Lipsett
|
|
Lucas numbers owned by Thomas Foregger, Pedro Sanchez
|
|
Lucas sequence (=Lucas numbers) owned by Thomas Foregger, Pedro Sanchez
|
|
Lucas's root theorem (=Gauss--Lucas theorem) owned by J. Pahikkala
|
|
Lucas's theorem owned by Cam McLeman, Andrei Ismail, Chi Woo
|
|
proof of Lucas's theorem by binomial expansion owned by Dr. W. H. Mannan
|
|
proof of Lucas's theorem owned by Cam McLeman, Thomas Heye
|
|
Lucas' theorem (=Gauss--Lucas theorem) owned by J. Pahikkala
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lucky number owned by John Smith
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lucky number of Euler (=Euler's lucky number) owned by John Smith
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lucky prime owned by John Smith
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LU-decomposition (=LU decomposition) owned by Robert Milson, Aaron Krowne
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LU decomposition owned by Robert Milson, Aaron Krowne
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LU-factorization (=LU decomposition) owned by Robert Milson, Aaron Krowne
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LU factorization (=LU decomposition) owned by Robert Milson, Aaron Krowne
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Lukasiewicz-Moisil Many-Valued Logic Algebra of Highly-Complex Systems vs the Q-logics of Quantum Automata and Chryssippian Log owned by bci1
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Lukasiewicz notation (=Polish notation) owned by John Smith, Anthony Morris, Wilfredo Lopez
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\L{}ukasiewicz notation (=Polish notation) owned by John Smith, Anthony Morris, Wilfredo Lopez
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lunar calendar (in Acano a lunar calendar method) owned by Milo Gardner
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Lusin's theorem owned by Warren Buck
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Lusternik-Schnirelmann category owned by Juan M. Marquez B., Chi Woo
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lyapunov condition (=Lindeberg's central limit theorem) owned by Koro
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Lyapunov equation (=Parseval equality) owned by Rui Palma, vmoraru, Chi Woo, J. Pahikkala
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Lyapunov function owned by Chi Woo, James Wrkich
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Lyapunov's central limit theorem (=Lindeberg's central limit theorem) owned by Koro
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Lyapunov stability (=Lyapunov stable) owned by Benjamin Armbruster, yark, suileroc, Koro, Pedro A. Fernandez
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Lyapunov stable (in asymptotically stable) owned by Koro
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Lyapunov stable owned by Benjamin Armbruster, yark, suileroc, Koro, Pedro A. Fernandez
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Lychrel number owned by Aaron Krowne
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lying on (=incidence geometry) owned by Chi Woo, Warren Buck, Thomas Foregger
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Lying-Over Theorem owned by J. Pahikkala
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LYM-inequality (=LYM inequality) owned by Boris Bukh
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LYM inequality owned by Boris Bukh
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vs owned by yark, scineram
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owned by Pedro Sanchez, Raymond Puzio
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